RESOURCES & KNOWLEDGE

Access Control Guides From the Manufacturer

Practical advice on choosing, integrating, and installing access control systems — written by the engineers who build them.

Biometric vs Card Access Control Systems: What's the Difference?

A card system checks what a person carries. A biometric access control system checks who the person is. That one difference drives almost every other contrast between them, from security and cost to privacy and daily convenience. Both are forms of electronic access control, and both can protect the same doors. Both also log every entry, so the audit benefits apply either way. Yet a factory with 2,000 shift workers and a 15-person design studio will rarely reach the same answer. This guide compares the two side by side so you can choose with clear facts. It draws on our experience building face, fingerprint, palm vein, and card terminals at EASCO's Shenzhen factory. Key Takeaways How Card Access Control Systems Work Most card access control systems use a credential with a small chip and antenna. When a user taps the card or fob on a reader, the reader sends a radio signal. The chip answers with an ID number, and the controller checks it against the user's permissions. Common Card Types Card Type Frequency Security Level Notes Proximity card or fob 125 kHz Low No encryption, easy to copy Smart card (MIFARE and similar) 13.56 MHz Medium to high Supports encryption Mobile credential NFC or Bluetooth Medium to high Uses the phone as the card QR code Optical Medium Common for visitors Key card entry is familiar and fast. Its weak point is simple: the card is separate from the person. Anyone holding it can open the door, and the logs will show the cardholder's name, not the real visitor's. How a Biometric Access Control System Works Biometric access control uses a physical trait as the credential. The reader captures the trait, turns it into a numeric template, and compares it with enrolled templates. A match releases the lock or opens the turnstile. The Main Biometric Types Biometric How It Reads Strengths Limits Face Camera, often infrared plus color Touchless, fast, works at walking pace Strong backlight can affect accuracy Fingerprint Optical or capacitive sensor Low cost, compact Dirt, cuts, and gloves cause failures Palm vein Near-infrared scan of veins under the skin Very hard to copy, touchless Higher unit cost Iris Near-infrared eye scan Very high accuracy Slower, higher cost Facial recognition access is now the most common choice for main entrances because users simply walk up. Fingerprint access control remains popular for small offices with a few clean, indoor doors. For a step-by-step look at the face matching process, read . Side-by-Side Comparison Factor Card Access Biometric Access What is checked The card The person Credential sharing Easy Not possible Lost credentials Common, need replacing Nothing to lose Copying risk High for 125 kHz cards Low with liveness detection Upfront cost Lower Higher Ongoing credential cost Cards and fobs None Speed About 1 second with a tap Under 0.5 seconds for walk-up face Hygiene Contact or near contact Face and palm vein are touchless Privacy duties Minimal Data policy and consent required Security: Which Is Harder to Defeat? Access control security depends on how easily someone can use a credential that is not theirs. It also depends on how quickly a problem shows up in the logs. Where Cards Fall Short Where Biometrics Can Fall Short Biometric security systems are not flawless either. Quality matters more than category here. Independent testing by NIST shows large accuracy differences between face recognition algorithms ( , ongoing). Ask suppliers how their system performs and how liveness is checked. EASCO face terminals use infrared liveness detection to reject photos, video replays, and masks. Speed and Daily Convenience Cards are quick when users have them ready. The delays come from bags, pockets, and forgotten badges. Any electronic access control setup is only as fast as its slowest user at the reader. Walk-up face recognition removes those delays. EASCO's verify a face in 200 to 300 milliseconds from 0.5 to 3 meters away. Paired with speed gates, this keeps busy lobbies moving during shift changes. Environment and Workforce Fit The site itself frequently decides the answer. Biometric security systems that work well in a carpeted office can struggle at a dusty loading dock. Cost Over Time Card systems usually win on purchase price. Readers are simple and cards cost little each. The gap narrows over time. Cards get lost, damaged, and kept by departing staff. Each replacement costs money and admin time. A biometric access control system has no credential to replace. Sites with high staff turnover can reach similar or lower total cost within a few years. When comparing quotes, include the access control devices and running costs below: Privacy and Compliance Biometric data is personal data in most regions. Before rollout, plan how you will collect, store, and delete it. In the U.S., the Federal Trade Commission has warned that careless use of biometric information can break consumer protection law ( , 2023). Several U.S. states and other countries have stricter biometric privacy laws, so check with your legal team. The Hybrid Approach Mixing credentials is one of the easiest ways to raise access control security without replacing every reader at once. You do not have to pick one. Modern access control devices can read cards, QR codes, and faces in one unit. This allows a phased approach, where cards keep working while staff enroll their faces. Face or Card General doors accept either credential. This suits visitors and staff who have not enrolled yet. Face and Card High-risk rooms require both. A stolen card is useless without the matching face, which strengthens user authentication where it counts. EASCO's terminal range includes models that combine face recognition with card reading, fingerprint, palm vein, or iris. For a closer look at the face and RFID pairing, see our comparison of . Choosing the Right Fit for Your Doors This week, list your doors and mark which ones suffer from shared cards, lost badges, or attendance fraud. Those are your first biometric candidates. This month, ask two suppliers to quote both a card setup and a hybrid setup for the same doors, and compare the five-year cost. Keep cards where risk is low and convenience matters. Add biometrics where identity really matters. For a broader buying framework, see our guide to choosing the right access control system [FUTURE LINK: /blog/how-to-choose-access-control-system]. has made face recognition terminals and turnstiles in Shenzhen since 2009, with access control readers that combine face, card, fingerprint, palm vein, and iris. Its engineers can recommend a credential mix for each of your doors. FAQs Is biometric access control more secure than key cards? In most cases, yes. A biometric credential cannot be lent or lost, and quality readers use liveness detection to block photos. Cards remain a reasonable choice for low-risk doors, especially encrypted 13.56 MHz cards rather than older proximity cards. Can biometric readers work with gloves or dirty hands? Fingerprint readers struggle with gloves, dust, oil, and cuts. Face recognition and palm vein readers do not need finger contact, so they suit factories, kitchens, and labs better. Check the reader's rated environment before buying for industrial sites. What happens if a biometric reader does not recognize someone? The door stays locked and the reader shows a denial. The user can try again or use a backup credential if allowed, such as a card or PIN. Repeated failures usually point to a poor enrollment image that should be retaken. Do card access systems still make sense for new buildings? A: Yes, for low-risk doors and visitor access. Plenty of new buildings install multi-credential readers that accept cards now and faces later. This keeps upfront costs down and leaves room to add biometrics without replacing the wiring or controllers.

Published • October 6, 2026

All Published Guides & Articles

October 6, 2026

How to Choose the Right Access Control System for Your Business

The right access control system is the one that matches your risks, your traffic, and your growth plans. The longest feature list rarely wins. Most buying mistakes come from choosing hardware first and asking questions later. Picture a 300-person office that buys card readers for every door. Within a year, staff are lending cards, the lobby queues at 9 a.m., and the software cannot connect to HR. None of these problems came from bad hardware. They came from skipping the planning. This guide gives you a clear, step-by-step way to choose. It covers risk mapping, credentials, devices, software, integration, cost, and the questions to ask suppliers. It draws on what we see as a manufacturer of turnstiles and face recognition terminals shipping to more than 50 countries. Key Takeaways Step 1: Map Your Risks Before You Look at Products Walk the building with a floor plan. Mark every door, gate, lift, and loading bay. Then rate each one. Risk Level Example Areas Typical Control Low Meeting rooms, break areas Card or PIN Medium Main office floors, stockrooms Card or face, with time schedules High Server rooms, cash offices, pharmacies Two factors, such as card plus face Perimeter Lobbies, staff gates, car parks Turnstiles or barrier gates with verification This simple table shapes almost every decision that follows. The U.S. National Institute of Standards and Technology recommends this kind of risk-based approach for choosing facility access credentials ( , 2018). Questions to Answer First Step 2: Choose Credentials That Fit Each Area The credential is what people use every day, so it affects both security and user experience. Most of the sites we supply mix them. Cards cover internal doors, while face recognition protects the main entrance and sensitive rooms. Our comparison of explains when each one makes sense. For a deeper look at biometrics against cards, see our guide to biometric vs card access control [FUTURE LINK: /blog/biometric-vs-card-access-control]. Step 3: Pick Access Control Devices for Each Entry Point Access control devices fall into three groups: readers, controllers, and barriers. The right mix depends on traffic and risk. Readers and Terminals Simple access control readers pass a card number to a controller. Smarter terminals store users and decide on their own. EASCO's hold up to 50,000 faces onboard and verify in 200 to 300 milliseconds. Because decisions happen on the device, doors keep working if the network drops. Locks and Barriers For door access control, a magnetic lock or electric strike suits a single door. Busy entrances need more. In one EASCO deployment at a 30-story headquarters, face recognition turnstiles handled about 15,000 morning entries ( ). A single door could not move that many people without tailgating. A Quick Sizing Rule Divide your peak arrivals per minute by the rated throughput of one lane. Most EASCO speed gates handle about 50 people per minute. Then add one wide lane for wheelchairs, deliveries, and luggage. Step 4: Decide How You Will Manage It Access control management covers adding users, setting access permissions, and reviewing logs. The software model shapes how easy this is. Good access control management also means one admin can update every door from one screen. Model Best For Trade-off Standalone 1 to 2 doors Hard to scale On-premise server Large single sites with IT staff Needs server upkeep Cloud Multiple sites, remote admins Depends on internet for updates Hybrid Most growing businesses Slightly more setup Hybrid setups are popular because devices decide locally while settings and logs sync to a central platform. Most commercial access control systems now support at least one of these models. Our guide to explains each model in more detail. Step 5: Check Integration and Open Interfaces Electronic access control should not live in a silo. Before you buy, confirm it can connect to: Ask for standard interfaces such as Wiegand 26/34, RS485, and TCP/IP, plus SDK or API documentation. Every piece of electronic access control you add later will plug into these. These keep your options open if you change software or add hardware later. Step 6: Plan for Growth Business access control systems should grow with you. Small business access control systems that cannot scale end up being replaced. Picture a platform that handles 10 doors today and needs 60 doors across three sites in five years. Good access control solutions handle that jump without replacing hardware. Check these limits before signing: Step 7: Compare the True Cost Purchase price is only part of the picture. Compare suppliers over five years. Biometric terminals cost more upfront but remove recurring card costs. High-turnover sites, such as factories and campuses, feel this saving most. Step 8: Ask Access Control System Suppliers the Right Questions A good supplier answers these clearly and in writing: Biometric data also brings legal duties. The U.S. Federal Trade Commission has warned that careless handling of biometric data can break consumer protection law ( , 2023). Ask suppliers how their system helps you meet these rules. Common Mistakes to Avoid Your Next Steps This week, walk the site and build your risk map. List every door, its traffic, and its risk level. This month, shortlist two or three suppliers and send them the same brief so quotes are easy to compare. Ask each one the six questions above. The best access control solutions come from matching each area's risk to the right credential, device, and software, then leaving room to grow. If you are starting from scratch, our guide on covers the basics first. has manufactured turnstiles, face recognition terminals, and gate openers in Shenzhen since 2009. Send your floor plan and traffic numbers, and its engineers can suggest a setup and lane count for your site. FAQs What is the most important factor when choosing access control? Risk comes first. Knowing which doors protect people, money, data, or stock tells you where to spend. A server room and a meeting room need very different control, so a door-by-door risk map should guide every other decision. Should a small business choose cloud or on-premise access control? Most small businesses prefer cloud or hybrid platforms. They avoid server upkeep and allow remote management from a browser. On-premise software suits larger single sites with in-house IT teams or strict rules about where data is stored. How long does it take to install a new access control setup? A few doors can usually be installed in a few days. Larger projects with turnstiles, new cabling, and software integration usually take several weeks. Hardware lead times and fire safety sign-off should be built into the schedule. Can I reuse my existing cards with a new system? Yes, if the new readers support your card format. EASCO face terminals and others like them also read cards, so you can keep cards on internal doors and add biometrics at the main entrance. Confirm card compatibility with the supplier first.

October 5, 2026

A Complete Guide to Commercial Door Access Control Systems

Choosing access control for a single office door is easy. Fitting out a whole building is not. You need to pick readers, locks, controllers, and software that work together, meet fire safety rules, and still make sense five years from now. This guide walks through every part of commercial door access control systems, from the hardware at the door to installation, costs, and maintenance. It is written for facility managers, IT teams, and building owners. It also suits smaller firms comparing door access control systems for business for the first time. How a Commercial Door Setup Fits Together Every controlled door has the same basic layout, even in large buildings. If you are new to the wider topic, our guide to commercial access control systems [FUTURE LINK: /blog/commercial-access-control-systems] explains system types such as standalone, networked, and cloud platforms. This guide focuses on the door itself. Most commercial access control systems are only as strong as the hardware fitted at each opening. Choosing Access Control Readers The reader is the part every employee touches, or looks at, every day. In commercial door access control, it should match the security level of the door. Reader Type Credential Best For Watch Out For Proximity card reader 125 kHz card or fob Low-risk internal doors Cards are easy to copy Smart card reader 13.56 MHz encrypted card Key card entry on general staff doors Cards can still be lent Keypad PIN Back-up or low-traffic doors Codes get shared Mobile or QR reader Phone app or QR code Visitors and hybrid offices Depends on phone battery Biometric terminal Face, fingerprint, palm vein Main entrances and restricted rooms Needs a clear data policy Multi-credential terminal Two or more of the above Sites in transition Higher unit cost Biometric Door Access Face recognition has become a popular choice for main entrances because it is touchless and cannot be lent. EASCO's store up to 50,000 faces onboard and recognize users in 200 to 300 milliseconds. Many models also read cards and QR codes. The 8-inch models are IP65 rated and work from -25°C to +75°C, so they suit covered outdoor doors too. To understand the matching process behind these terminals, see our article on . Choosing Electronic Door Locks The lock is the part of electronic door access control that holds everything together. It is also where security meets building codes. The right choice depends on the door type and how it must behave during an emergency. Magnetic Locks An electromagnet on the frame holds a steel plate on the door. Maglocks are strong, simple, and common on glass doors. They are fail-safe, which means they release when power is cut. Electric Strikes The strike replaces the standard keeper in the door frame. It lets the existing latch pass when unlocked. Strikes can be fail-safe or fail-secure and suit standard timber and metal doors. Electrified Mortise Locks These sit inside the door and look like normal lever handles. They offer high security and a clean appearance but need cabling through the door, which raises installation cost. Automatic Door Operators For entrances that must open hands-free, an automatic operator moves the door after a valid credential. EASCO's installs completely below floor level and handles doors up to 250 kg, which keeps glass entrances clean and accessible. Fail-Safe or Fail-Secure? Controllers, Wiring, and Interfaces Controllers can serve one door or many. Larger buildings usually use multi-door panels placed in secure ceiling spaces or comms rooms. Check that readers, controllers, and software share common interfaces: Open interfaces protect you from being locked into one supplier. They also let you upgrade readers later without replacing the whole electronic door access control setup. Fire Safety, Egress, and Accessibility Every controlled door must still let people leave quickly. Local fire codes set the exact rules, so your installer and fire engineer should approve the design. Common requirements include: These points should be settled before hardware is ordered, not after installation. Fire safety and business door security must work together, not against each other. Doors vs Turnstiles in Commercial Buildings Door access control works well for offices, storerooms, and restricted rooms. A reader and lock on each door gives clear, room-level control. It is weaker at busy entrances, where one person can easily follow another through an open door. For lobbies and staff entrances with heavy traffic, turnstiles add a physical barrier that allows one person per credential. Our guide to explains which gate suits each type of entrance. Many buildings use turnstiles at the front and door readers inside. Planning and Installation Steps A structured plan keeps the project on budget and avoids rework. Hospitals, labs, and other sensitive sites often need extra steps, such as touchless entry and stricter zone rules. EASCO's show how these needs are handled in practice. What Affects the Cost? Prices vary widely, so it helps to know what drives them. Ask suppliers to quote per door and per zone. This makes it easier to compare offers and phase the project over time. Maintenance and Long-Term Upkeep Good business door security depends on regular care. Door access control hardware wears with daily use, so plan checks from the first day. A door that does not close fully is an open door, no matter how good the reader is. Planning Your Next Step Commercial door access control systems combine readers, locks, controllers, and software into one managed setup. The best results come from matching each part to the door's risk, the building's fire rules, and your future growth. For a closer look at the security benefits, see our article on how door access control systems for business improve security [FUTURE LINK: /blog/door-access-control-business-security]. manufactures face recognition terminals, door operators, and turnstiles in its Shenzhen factory, with Wiegand, RS485, and TCP/IP interfaces for easy integration. Share your door list and site plan, and its engineers can recommend suitable hardware. FAQs How many doors can one commercial access controller manage? It depends on the model. Single-door controllers serve one opening, while multi-door panels typically handle two, four, or more doors. Large buildings link many panels to one software platform, so the total number of doors can grow over time. Can I keep my existing locks when installing commercial door access control? Sometimes. Standard mechanical locks cannot be controlled electronically, but many doors can accept an electric strike without replacing the lockset. A site survey will show which doors can keep their hardware and which need new locks. Which is better for a glass door, a maglock or an electric strike? Maglocks are usually the easier choice for frameless or aluminum-framed glass doors because they mount on the surface. Electric strikes need a suitable frame and latch. Automatic floor operators are another option where hands-free opening is required. How long does installation take for a commercial building? A small office with a few doors can be finished within days. Larger buildings with dozens of doors, new cabling, and integrations usually take several weeks. Hardware lead times and fire safety approvals should be included in the project schedule. Do commercial door systems work with existing CCTV? Many systems can link door events to video recordings through software integration or APIs. This lets security teams jump straight to footage for any event. Confirm compatibility between both systems before buying to avoid extra integration costs.

October 2, 2026

How Door Access Control Systems Improve Business Security

Most security problems in a business start at a door. A former employee still has a key. A storeroom is left unlocked over the weekend. A visitor follows a staff member through the back entrance. None of these involve a break-in, yet each one exposes people, stock, or data. Door access control systems close these gaps by deciding who can open each door, when, and under what conditions. This article looks at the security problems they solve and the features that make the biggest difference. It also covers how to get the most protection from your setup. What Door Access Control Means in Practice Door access control replaces metal keys with credentials that the system can check, change, and record. One of the access control readers beside the door captures a card, PIN, phone, or face. A controller compares it against the user's permissions. If the check passes, an electronic lock releases for a few seconds and then relocks. The security value comes from three things working together: A traditional lock offers none of these. It opens for anyone holding a key and keeps no history. A modern door access control system offers all three at every door it manages. The Security Problems Keys Cannot Solve Before looking at the benefits, it helps to see where keys fail. Problem With Keys With Electronic Access Lost or stolen credential Locks must be changed Credential is cancelled in seconds Departing employee Key may never be returned Access ends on the last day Copied credentials Keys copied at any hardware store Encrypted cards and biometrics resist copying Who entered and when Unknown Every event is logged After-hours entry Anyone with a key Blocked by time schedules Door left open Unnoticed Alarm after a set time This table explains why business door security has moved away from mechanical keys in most modern workplaces. It is also why commercial door access systems are now standard in new office buildings. 7 Ways Electronic Access Improves Security 1. It Removes the Risk of Lost and Copied Keys A lost key forces an expensive lock change, or worse, the business simply accepts the risk. With electronic door access control, an administrator cancels the credential from a screen. The missing card stops working immediately, and no locks need to be touched. 2. It Controls Access by Role, Time, and Area Not everyone needs every door. Role-based permissions let you decide that: This limits the damage any single person can do, whether by accident or on purpose. It also makes employee access management far simpler, because permissions follow roles rather than individual keys. 3. It Protects Restricted Areas Restricted area access is where electronic control pays off most. Server rooms, pharmacies, cash offices, and research labs need tighter control than a general office door. A door access control system can require two credentials at these points, such as a card plus a face scan. A stolen card on its own is then useless. Biometric door access is especially strong here because the credential cannot be lent or shared. EASCO's verify a face in 200 to 300 milliseconds and use infrared liveness detection to reject photos and video replays. 4. It Creates a Complete Audit Trail Every entry, exit, and denied attempt is recorded with the user, door, and time. When stock goes missing or an incident happens, managers can see exactly who opened which door. These records also support insurance claims and compliance audits. 5. It Detects Problems in Real Time Door sensors report when a door is forced open or held open too long. The system can raise an alert, notify security staff, or trigger a camera to record. Repeated failed attempts at the same reader can also be flagged as a possible intrusion. 6. It Reduces Credential Sharing Key card entry is convenient, but staff sometimes lend cards to colleagues. Biometric readers stop this because each person must be physically present. For a detailed comparison of these two credential types, read our guide to . 7. It Supports Emergency Response During a fire alarm, doors on escape routes can release automatically so people can leave quickly. During a security threat, administrators can lock down selected doors from one screen. Entry logs also help responders know who may still be inside. Key Features That Strengthen Business Door Security Not every system offers the same level of protection. Electronic door access control varies widely between products, so these features deserve close attention. Encrypted Credentials Older 125 kHz proximity cards can be copied with cheap devices. Encrypted 13.56 MHz smart cards are much harder to clone. Biometrics remove the copying risk altogether. Liveness Detection for Biometrics A basic face reader can be fooled by a printed photo. Readers with infrared depth sensing confirm that a real person is present. EASCO tested this in a where spoofing and strong lobby backlight were real concerns. Offline Decision-Making If readers depend fully on a server, a network outage can leave doors stuck. Readers and controllers that store permissions locally keep working until the connection returns. Anti-Passback Anti-passback rules stop one card from being used to let a second person in. A user who has entered must badge out before badging in again. Tamper Alerts Readers and controllers should report when someone opens or removes them. This stops attackers from bypassing the reader by accessing the wiring. Where Businesses Gain the Most Protection Small offices and large sites alike install door access control systems for business to cover a few high-risk points first. They deliver the clearest gains in these areas: For high-traffic entrances, pairing a door reader with a turnstile adds a physical barrier that prevents tailgating. EASCO's show how terminals and turnstiles are combined for staff and visitor entry. Common Mistakes That Weaken Door Security Even well-chosen door access control systems for business can be undermined by poor setup. Watch for these issues: Choosing the Right Setup The best commercial door access systems match protection to risk rather than treating every door the same. A meeting room may only need a card reader. A server room may need card plus face. A busy lobby may need face recognition and turnstiles. Start by listing every door, ranking each by risk, and choosing credentials to match. For a full breakdown of hardware, lock types, and installation planning, see our complete commercial door access guide [FUTURE LINK: /blog/commercial-door-access-control-systems]. If you are considering biometrics, our explains features and rollout steps. Building a Safer Workplace Door access control systems turn every door into a managed checkpoint. They remove the risks of lost keys, limit access by role and time, protect sensitive rooms, and record every event. Combined with good habits, such as removing old users and reviewing logs, they give businesses far stronger security than locks and keys alone. manufactures face recognition terminals, turnstiles, and door operators in Shenzhen. Its engineers can help match readers and credentials to each door in your building. FAQs Are electronic door locks and readers hard to hack? Systems using encrypted smart cards, biometrics with liveness detection, and secure network settings are difficult to defeat. Weak points usually come from old proximity cards, default passwords, or poor wiring protection. Regular updates and tamper alerts reduce these risks significantly. What happens to electronic locks during a power cut? It depends on the lock type. Fail-safe locks release when power is lost, which suits fire exits. Fail-secure locks stay locked, which suits storerooms. Backup batteries keep readers and controllers running so the system continues working during short outages. Can I add access control to just a few doors? Yes. Many businesses start with the main entrance and the most sensitive rooms, such as server or stock rooms. More doors can be added later if the system and software are chosen with growth in mind from the start. Does controlled door entry slow employees down? Not when they are set up well. A card tap or face scan takes about a second. Walk-up face recognition can be faster than finding a key. Delays usually come from poor reader placement or too few entry points at busy times.

October 2, 2026

Commercial Access Control Systems: Types, Benefits, and How They Work

A small shop can get by with a few keys. An office tower, factory, hospital, or multi-tenant building cannot. Hundreds or thousands of people move through these sites every day, and each person needs access to different areas at different times. Commercial access control systems handle this at scale. They manage who can enter each door, gate, and lobby, and they keep a full record of every event. This guide explains how they work, the main system types, the devices involved, and how to choose a setup that fits a growing business. What Makes Commercial Access Control Different? Residential systems protect a few doors for a handful of people. Commercial systems must handle far more complexity. Factor Residential Commercial Number of users A few Hundreds to thousands Number of doors 1 to 5 Dozens to hundreds, often across sites Permission levels Simple Role-, time-, and zone-based Integration Rare HR, attendance, CCTV, fire alarm, visitor systems Audit needs Minimal Detailed logs for compliance and investigations Traffic peaks Low Heavy at shift changes and mornings Because of this scale, business access control systems are built around central management, open interfaces, and hardware that survives constant use. Small business access control systems can start simple, but they should still be able to grow. How a Commercial Access Control System Works At its core, a commercial access control system follows a simple loop at every entry point. Electronic access control replaces physical keys with data. A permission can be changed in seconds from a central screen, without touching any lock. It also means a lost card never forces a lock change. The Main Access Control Devices A complete setup combines several types of hardware. Choosing the right access control devices for each door affects security, speed, and long-term running costs. Each device plays a specific role. Readers and Credential Devices Access control readers capture the user's credential. EASCO's combine several of these methods in one unit, including face, card, and QR code on many models. Access Control Panels Access control panels, also called controllers, make the decision at each door. They store permissions locally so doors keep working if the network drops. Panels connect to readers and locks through standard interfaces such as Wiegand and RS485. Locking Hardware Door access control depends on the right lock for each opening. Door Sensors and Exit Devices Door contacts report when a door is forced or held open. Exit buttons and push bars let people leave freely, which is essential for fire safety. Main System Types Systems are usually grouped by where the decision logic and management software live. This choice shapes how easy access control management will be as the business grows. Standalone Systems Each door works on its own, with users stored in the reader. This is affordable for one or two doors but becomes hard to manage as the business grows. Networked (On-Premise) Systems Controllers connect to a central server on site. Administrators manage all doors from one screen. This suits large single sites with in-house IT teams and strict data rules. Cloud-Based Systems Management software runs online and is accessed through a browser. This makes multi-site access control management much easier and reduces server upkeep. It depends on a stable internet connection for updates and reporting. Hybrid Systems Readers and panels make decisions locally, while settings and logs sync to a central or cloud platform. Many modern businesses choose this model because it balances reliability and convenience. Which Type Fits Which Business? Access control management needs differ by size and site count. Choosing the Right Credentials The credential affects both security and the daily user experience. Credential Strengths Weaknesses Key card or fob Low cost, familiar Can be lent, lost, or cloned PIN Nothing to carry Easily shared QR code Ideal for visitors Screens can be shared Biometric access control Cannot be lent, touchless options Higher upfront cost, needs a data policy Many businesses use a mix, with biometrics at main entrances and cards on internal doors. Our comparison of explains this trade-off in detail. Key Benefits for Businesses Stronger Security The right access control devices at each entrance make sure only authorized people pass, and only during approved hours. Tailgating is reduced when turnstiles are added at busy entrances. Simpler Employee Access Management New hires get access on day one, and leavers lose it instantly. Permissions follow roles instead of being set door by door. Clear Audit Trails Every entry and denial is logged. This supports compliance audits, insurance claims, and internal investigations. Accurate Attendance Entry records can feed payroll and attendance systems, which is especially useful with biometric credentials that stop buddy punching. Visitor Management Guests receive temporary credentials with fixed start and end times. Access expires automatically. Integration With Other Commercial Security Systems Access control rarely works alone. Among all commercial security systems, it is often the one that ties the others together. It links with video surveillance, intrusion alarms, and fire systems. For example, a fire alarm can release all doors and open turnstile lanes so people can evacuate quickly. Where Commercial Systems Are Used Almost every multi-user building benefits from central electronic access control. Common settings include: In busy lobbies, speed matters as much as security. In one corporate deployment, EASCO face terminals handled while blocking photo spoofing. How to Plan a Commercial Deployment If you are new to the topic, start with our guide to what access control systems are and how they work [FUTURE LINK: /blog/what-are-access-control-systems]. Building a System That Grows With You Commercial access control systems give businesses central control over every entrance, clear records of every event, and the flexibility to change permissions instantly. The right setup depends on your number of users and sites, your traffic peaks, and the risk level of each area. manufactures turnstiles, face recognition terminals, and gate openers in its own Shenzhen factory, with open Wiegand, RS485, and TCP/IP interfaces for integration. Its engineers can help plan lane counts, credentials, and hardware for your commercial site. FAQs What is the difference between commercial and residential access control? Commercial systems handle many more users, doors, and permission levels. They also integrate with HR, attendance, video, and fire systems and keep detailed audit logs. Residential systems usually protect a few doors for a small, stable group of people. How long does it take to install a commercial access control system? A few doors can often be installed within days. Larger projects with turnstiles, cabling, and software integration may take several weeks. Lead time for hardware, site preparation, and user enrollment should all be included in the project plan. Can I upgrade my existing card system instead of replacing it? Often yes. Many biometric terminals output Wiegand signals that work with existing panels and locks. You can replace readers at key entrances first, keep cards on internal doors, and move to a fuller upgrade in later phases. Is cloud-based access control secure? Reputable cloud platforms use encrypted connections, role-based admin rights, and regular security updates. Local panels usually keep doors working if the internet fails. Review the provider's data storage location and security practices to confirm they meet your company's policies. What maintenance do commercial systems need? Regular checks include testing locks, readers, and door sensors, updating software, and replacing backup batteries. Turnstiles need periodic inspection of motors and sensors. A simple quarterly maintenance schedule prevents most unexpected failures at busy entrances.

October 2, 2026

What Are Access Control Systems? A Complete Guide for Businesses

What Are Access Control Systems? A Complete Guide for Businesses Every business has doors that should not open for everyone. The server room, the stock cage, the finance office, and even the front lobby after hours all need some way to decide who gets in. For a long time, that decision rested on metal keys. Keys are cheap, but they are easy to copy, hard to track, and expensive to replace when one goes missing. Access control systems solve these problems by replacing keys with credentials that can be issued, changed, and cancelled in seconds. This guide explains what these systems are, how they work, which types and credentials exist, and how to plan one for your building. What Is an Access Control System? An access control system is a security setup that decides who can enter a space, when they can enter, and under what conditions. It then records every attempt. In simple terms, it answers three questions at every door: This guide focuses on physical access control, which protects doors, gates, and rooms. Logical access control, which protects computer networks and files, uses similar ideas but is a separate topic. The Core Components Most setups share the same building blocks, whatever their size. Component What It Does Examples Credential Identifies the user Key card, fob, PIN, QR code, face, fingerprint Reader Captures the credential Card reader, keypad, face terminal Controller or panel Makes the access decision Door controller, networked access panel Locking hardware Holds the door or gate shut Magnetic lock, electric strike, turnstile Management software Sets users, permissions, schedules, and reports On-site server or cloud platform Door sensors and exit devices Detect open doors and allow free exit Door contacts, exit buttons, push bars Readers and Terminals Access control readers sit beside each entry point. Simple readers only capture a card number. Smarter terminals, such as face recognition units, can store users and make decisions on their own. EASCO's , for example, hold up to 50,000 faces onboard and keep working during network outages. Locks and Barriers Physical access control depends on the barrier as much as the reader. A door lock stops a single door. A turnstile goes further by letting only one person pass per credential. This matters in busy lobbies, where tailgating is the main risk. How Access Control Works Step by Step The process at a typical door takes less than a second. If the user is not approved, the door stays locked. Many systems also raise an alert after repeated failed attempts or when a door is held open too long. Types of Access Control Models The model describes how permissions are assigned. It shapes how easy the system is to manage as your team grows. Role-Based Access Control (RBAC) Permissions follow job roles. All warehouse staff get warehouse doors, and all finance staff get the finance office. This is the most common model for businesses because it scales well. Discretionary Access Control (DAC) The owner of a space decides who can enter it. This is simple for small offices but becomes hard to manage as headcount grows. Mandatory Access Control (MAC) A central authority sets strict clearance levels, and users cannot change them. Government and defense sites often use this model. Rule-Based and Attribute-Based Control Access depends on conditions, such as time of day, shift, or training status. For example, a contractor may enter only between 8 a.m. and 5 p.m. on weekdays. Common Credential Types The credential is the part users interact with every day, so the choice affects both security and convenience. Key Cards and Fobs Key card access is the most familiar option. Users tap or swipe a card at the reader. Cards are cheap to issue, but they can be lent, lost, or cloned if older formats are used. PIN Codes PINs need no hardware for users to carry. However, codes are often shared or written down, which weakens security. Mobile Credentials and QR Codes Phones can act as credentials through apps or QR codes. QR codes work well for visitors because they can be sent by email before arrival. Biometric Access Control Biometric access control uses a physical trait, such as a face, fingerprint, palm vein, or iris. Because the credential is part of the person, it cannot be lent or forgotten. Face recognition is especially popular because it is fast and touchless. Multi-Factor Options High-security rooms often need two credentials, such as a card and a face scan. A stolen card alone is then useless. Door Access Control vs Turnstiles Door access control is the right fit for offices, server rooms, and storerooms, where traffic is light. For lobbies, factory gates, and campus entrances, turnstiles add a physical barrier that stops a second person from following the first. EASCO's open in under 0.5 seconds and handle about 50 people per minute on most models. That speed keeps controlled access security from turning into a queue at shift change. If you are choosing between gate styles, our guide on shows which design suits each type of entrance. Why Businesses Invest in Access Control Security Good access control security delivers benefits far beyond replacing keys. Choosing Between On-Premise and Cloud Management On-Premise Systems Software runs on a local server. This suits sites with strict data rules or limited internet access, but it needs in-house IT support. Cloud-Based Systems Software runs online and is managed through a browser. This makes multi-site control easier and reduces server maintenance, but it depends on a reliable connection. Many modern setups use a hybrid approach. Readers and terminals make decisions locally, while logs and settings sync to a central platform. How to Plan Access Control for Your Business A clear plan avoids most installation problems and wasted spending. Larger organizations with many doors and tenants usually need commercial access control systems with central management. We explain those in detail in our guide to commercial access control systems [FUTURE LINK: /blog/commercial-access-control-systems]. Matching Solutions to Your Industry Different industries face different risks, so the right access control solutions vary. The best access control solutions for each sector share one trait: they match the barrier and credential to the real risk. EASCO's show how turnstiles, face terminals, and gate openers are combined for each of these settings. For a closer look at biometric options, see our . Getting Started With the Right Partner Access control systems give businesses precise control over who enters, when, and where, with a full record of every event. The best results come from matching the model, credentials, and hardware to each area's risk and traffic. has manufactured turnstiles, face recognition terminals, and gate openers in Shenzhen since 2009. Its engineers can help map your entry points and recommend a setup that fits your site and budget. FAQs What are the three main types of access control? The three classic models are discretionary, mandatory, and role-based access control. Most businesses use role-based control because permissions follow job roles and are easy to manage. Many modern platforms also add rules based on time, location, or training status. How much does an access control system cost? Cost depends on the number of doors, the credential type, the locking hardware, and the software model. A single card reader door is far cheaper than a lobby with biometric turnstiles. Get quotes based on a full list of entry points. Can access control work during a power cut? Most systems use backup batteries to keep readers and controllers running for a period. Locks are set as fail-safe or fail-secure depending on the door. Fire exits usually unlock on power loss so people can leave safely. Is biometric access control better than key cards? Biometrics stop credential sharing and remove lost-card costs, so they offer stronger identity checks. Key cards are cheaper to start with and suit low-risk doors. Many businesses combine both, using biometrics at main entrances and cards on internal doors. Can access control integrate with CCTV? Yes. Many platforms link entry events with video, so security teams can review footage for any door event. Integration depends on open interfaces or software APIs, so confirm compatibility with both suppliers before buying hardware.

September 28, 2026

Top Applications of Facial Recognition Access Control in Modern Buildings

Walk into a new office tower, hospital, or university today and there is a good chance a camera terminal will greet you at the entrance. Face-based entry has moved from high-security labs into everyday buildings. The reason is practical. Face recognition removes lost cards, stops credential sharing, and creates reliable entry records. But the way it is used varies a lot by building type. This guide covers the most common facial recognition access control applications, what problem each one solves, and how a typical setup looks. Why Buildings Are Adopting Face-Based Entry Before looking at specific uses, it helps to know what drives the shift. Facial recognition in buildings usually solves one or more of these problems: A facial recognition access control system combines these benefits in one device. That makes it useful across many different kinds of buildings. 1. Corporate Offices Offices are the most common setting. Terminals sit at lobby turnstiles, floor entrances, and restricted rooms such as server closets and finance departments. Typical Setup Face recognition access control also replaces the daily hassle of forgotten badges. Staff simply walk in. For finance rooms and server closets, the same terminal can require a card as a second factor. 2. Multi-Tenant Commercial Buildings Buildings with several companies need to control who enters which floor. Tenant managers want control over their own staff lists. Typical Setup EASCO's show how turnstiles and terminals work together for employee and visitor management in shared buildings. 3. Schools and Universities Campuses face two challenges: keeping outsiders out and tracking attendance accurately. Students sharing ID cards is a common problem. Typical Setup Schools often need multi-building coverage from one management platform. EASCO's are designed for this type of rollout. 4. Hospitals and Healthcare Facilities Hospitals mix public areas with highly restricted zones such as pharmacies, operating theaters, and neonatal units. Touchless entry also supports infection control. Typical Setup For more detail, see EASCO's . 5. Factories and Warehouses Large industrial sites have many workers, multiple shifts, and strict safety rules. Accurate attendance directly affects payroll and emergency headcounts. Typical Setup EASCO covers this in its , including sober-entry checks at plant gates. 6. Government Buildings Government sites need throughput at public counters and much tighter control in restricted zones. They also need clear documentation for procurement and audits. Typical Setup EASCO's describe how different security tiers are handled in one facility. 7. Residential Buildings and Apartments Apartment complexes use face entry to reduce key copying and control shared amenities such as gyms and pools. Face recognition access control also helps building managers see who used shared spaces when something is damaged or goes missing. Typical Setup This is one of the fastest-growing facial recognition access control applications, especially in new developments. 8. Data Centers and Server Rooms Data centers need proof that only authorized staff touched specific equipment. Typical Setup Why Two Factors Here A single stolen card should never open a server room. Pairing the card with a face check makes that almost impossible. 9. Hotels and Hospitality Hotels use face entry mainly in back-of-house areas. Staff entrances, stores, and cash offices benefit from strict control, while guest areas stay open and welcoming. Typical Setup Keeping the Guest Experience Friendly Large lobby screens can double as welcome displays. Some terminals, such as 15.6-inch and 21.5-inch models, support horizontal layouts and video playback for this purpose. 10. Transportation Hubs Airports, metro stations, and bus terminals use face recognition mainly for staff areas, crew entrances, and restricted airside zones. Passenger-facing uses depend heavily on local regulations. We cover this in detail in our guide to airport access control solutions [FUTURE LINK: /blog/airport-access-control-solutions]. Matching the Technology to the Building Not every application needs the same hardware. A biometric access control system for a hospital looks very different from one for a factory. Use this quick reference when planning. Building Type Main Goal Recommended Setup Office Convenience and security Speed gates with face panels Campus Attendance and safety Wall terminals plus gates Hospital Touchless entry and compliance Face-only staff doors Factory Attendance and safety checks Stainless turnstiles, alcohol detection Government Tiered security Multi-factor at restricted zones Data center Proof of presence Face plus second factor Common Challenges and How to Solve Them Every building type has its own hurdles. These are the ones installers see most often. Strong Backlight at Glass Entrances Lobbies with floor-to-ceiling glass create harsh backlight. Choose terminals with wide dynamic range cameras and angle them away from direct sun. Peak-Hour Queues Morning arrivals can overwhelm a single lane. Add lanes or use faster speed gates so the facial recognition security system never becomes a bottleneck. Mixed Credential Needs Contractors and visitors may not be enrolled. A facial recognition access control system that also reads cards and QR codes handles these users without separate readers. Tailgating A door that stays open lets a second person slip through. Turnstiles close this gap and strengthen facial recognition building security at busy entrances. Planning Tips for Any Building Whatever the application, a few steps apply everywhere. A biometric access control system works best when it is designed around how people actually move through the building. Walk the site at peak times before choosing locations. Good facial recognition building security also depends on the barrier it controls. A door lock suits offices, while turnstiles suit busy lobbies and worker gates. Building Smarter Entrances Smart building access control is no longer only for flagship headquarters. From apartment blocks to factory gates, face recognition now fits a wide range of budgets and security levels. The key is to choose the setup that matches each entrance's traffic and risk. manufactures face terminals in four display sizes, plus turnstiles and gate openers, all from its Shenzhen factory. You can compare the full by credential type and installation method. FAQs What is the most common application of facial recognition in buildings? Office and commercial building entry is the most common. Companies use face terminals at lobby turnstiles and internal doors to replace access cards, reduce forgotten badges, and create accurate attendance records without extra admin work for security or HR teams. Can facial recognition door access be used for visitors? Yes. Many systems allow temporary visitor profiles with set start and end times. Visitors can be pre-registered by a host and enrolled on arrival. Their access expires automatically, which removes the need to collect paper badges or plastic cards. Is a facial recognition security system suitable for apartment buildings? Yes. Apartment buildings use face terminals at main entrances, parking lobbies, and shared amenities. Residents no longer need fobs that can be copied. Managers can grant short-term access to cleaners, carers, or contractors and remove it remotely. How does smart building access control connect with other systems? Face terminals usually connect through Wiegand, RS485, or TCP/IP to locks and turnstiles. SDK or API access links them with HR, visitor management, and building management platforms. This allows automatic user updates and centralized reporting across the whole site.

September 28, 2026

Facial Recognition vs RFID Access Control: Which One Is Better?

For decades, the plastic access card has been the default way to open a secure door. It is cheap, familiar, and easy to issue. Face recognition has now become fast and affordable enough to challenge it at almost every type of entrance. So which one should you choose? The honest answer is that it depends on your site, your risks, and your budget. This guide compares facial recognition vs RFID access control side by side so you can make a clear, informed decision. How Each Technology Works RFID Access Control An RFID access control system uses cards, key fobs, or tags that contain a small chip and antenna. When a user holds the card near a reader, the reader sends out a radio signal. The chip responds with its ID number. If that number is on the approved list, the door unlocks. Common frequencies include 125 kHz proximity cards and 13.56 MHz smart cards. The 13.56 MHz range covers MIFARE and similar cards, which support encryption. Facial Recognition Access Control Facial recognition access control uses a camera terminal instead of a card reader. The terminal captures a live face, checks that it belongs to a real person, and compares it against enrolled users. A match triggers the lock or turnstile. The key difference is simple. RFID checks what a person carries. Face recognition checks who the person is. Side-by-Side Comparison Factor RFID Cards Facial Recognition What is verified The card The person Credential sharing Easy to lend a card Not possible Lost credentials Frequent, need replacement Nothing to lose Entry speed Fast, needs a tap Fast, walk-up Hygiene Contact or near-contact Fully touchless Upfront hardware cost Lower Higher Ongoing card costs Recurring None for credentials Cloning risk Real risk for older 125 kHz cards Low with liveness detection Privacy considerations Minimal Requires a clear data policy Attendance accuracy Can be faked by buddy punching Tied to a verified person Security: Which Is Harder to Defeat? This is where the RFID vs facial recognition debate usually starts. RFID Weak Points Encrypted 13.56 MHz cards are much harder to clone. Even so, no RFID door access system can stop a willing user from handing the card to someone else. Facial Recognition Weak Points A well-specified facial recognition security system with liveness detection is harder to misuse than a card. For higher-risk rooms, adding a second factor closes the remaining gaps. Cost: Upfront vs Long-Term RFID usually wins on upfront cost. Readers are simple and cards are cheap per unit. Still, any biometric access control vs RFID budget should look beyond the purchase price. The picture changes over time. Cards get lost, damaged, and left behind by departing staff. Each replacement takes admin time and money. Large sites with high staff turnover, such as factories and campuses, feel this cost most. A face recognition access control system costs more to buy but has no recurring credential cost. It also removes the time spent issuing and cancelling cards. For many organizations, the total cost over several years becomes similar or lower. Speed and User Experience Both technologies can be fast. The difference is in the habit. EASCO verify identity in 200 to 300 milliseconds from up to 3 meters away. In practice, this keeps pace with a steady stream of people. Speed matters most at turnstiles. When a card holder stops to search a bag, everyone behind them waits. Paired with that open in under 0.5 seconds, a face recognition access control system keeps lobby lanes flowing at shift change. Hygiene and Touchless Entry Card readers usually require close contact. A facial recognition security system is fully touchless. This matters in hospitals, food processing plants, laboratories, and any site where workers wear gloves. EASCO's are built around this touchless requirement. Attendance and Buddy Punching Here the biometric access control vs RFID comparison is very one-sided, and it is often the deciding factor for employers. With cards, one worker can clock in for an absent colleague. With face recognition, every entry is tied to a verified person. Schools and universities see the same problem with student check-ins. EASCO's use face recognition to stop buddy check-ins across multiple buildings. Installation and Environment Both technologies install in similar ways. The reader or terminal mounts beside the door and connects to the lock controller. The differences show up in harsh conditions. In the RFID vs facial recognition decision, environment rarely rules out either option. It mainly affects which model you choose. When RFID Still Makes Sense RFID is not obsolete. It remains a practical choice when: A simple RFID door access system on internal doors can also work well alongside face recognition at main entrances. Storerooms and meeting rooms are common examples. When Facial Recognition Is the Better Choice Face recognition is usually the stronger option when: The Hybrid Approach: Face Plus Card Many organizations do not choose one or the other. They use both. For mixed sites, this is often the smartest answer to the biometric vs card access control question. How a Hybrid Setup Works Face or Card General areas accept either credential. This helps during a phased rollout or for visitors. Face and Card High-security rooms require both. A stolen card is useless without the matching face. Many EASCO terminals combine face recognition with card reading and QR codes in one unit. This lets you keep existing cards while adding biometric verification where it matters most. How to Decide for Your Site Ask these five questions to frame the biometric vs card access control choice: If you answer "yes" or "a lot" to most of them, face recognition, or a hybrid system, is likely the better investment. For a deeper look at features and rollout planning, see our facial recognition access control buyer's guide [FUTURE LINK: /blog/facial-recognition-access-control-system]. Making the Final Choice There is no single winner in the facial recognition vs RFID access control comparison. RFID is simple and low-cost to start. Face recognition gives stronger identity assurance and cleaner attendance data. Hybrid systems give you both. manufactures multi-credential terminals that support face, card, and QR code in one device. Its team can help you plan a phased move from cards to biometrics without replacing everything at once. FAQs Which is better for a small office, RFID or face recognition? For a small office with stable staff and low risk, RFID is often enough. If card sharing, lost cards, or attendance accuracy are concerns, a single face terminal at the main door adds strong identity checks without a large investment. Can I upgrade from RFID to facial recognition without replacing my locks? Usually yes. Most face terminals output a Wiegand or relay signal that works with the same locks and controllers your card readers use. You replace the reader at the door, not the lock, which keeps upgrade costs and downtime lower. Are 13.56 MHz cards secure enough on their own? Encrypted 13.56 MHz cards are much harder to clone than older 125 kHz proximity cards. However, they still cannot stop a user from lending a card to someone else. Sites with sharing concerns often add face verification. Is facial recognition more expensive to maintain than RFID? Maintenance needs are similar for the readers themselves. The main difference is that face systems remove recurring card costs and replacement admin. Occasional camera cleaning and software updates are the typical upkeep for a face terminal. What if an employee does not want to use face recognition? Many sites offer an alternative credential, such as a card or PIN, for staff who opt out. Terminals that support multiple credential types make this easy. Always check local privacy regulations, as some regions require an alternative option.

September 28, 2026

How Does a Facial Recognition Access Control System Work?

You walk toward an office door. A screen lights up, shows your name, and the lock clicks open before you reach for the handle. The whole thing takes less than a second. A lot happens inside that second. This article breaks the process into clear steps and explains the hardware behind each one. It also shows what affects speed and accuracy in real buildings. It is written for facility managers, security teams, and buyers who want to understand the technology before choosing equipment. How Does Facial Recognition Access Control Work? The Short Answer A facial recognition access control system captures a live image of a person's face and turns it into a numeric template. It then compares that template against a database of enrolled users. If the similarity score passes a set threshold, the system sends an unlock signal to a door, gate, or turnstile and records the event. That is the summary. The details below explain why some systems are fast and hard to fool, while others struggle with bad lighting or printed photos. The Hardware Behind the Process Every face recognition access control setup relies on a few core components. EASCO's , for example, pair an infrared camera with a wide dynamic range RGB camera. They store up to 50,000 faces onboard and support Wiegand 26/34 and RS485 outputs. Step by Step: From Face to Open Door Step 1: Enrollment Before anyone can use the system, their face must be registered. An administrator captures a clear photo at the terminal or imports approved photos in bulk. The software converts each photo into a template and links it to a user profile with access rights. Good enrollment photos matter. A blurry or badly lit enrollment image causes more false rejections later. Step 2: Face Detection When someone approaches, the camera scans the frame for a face. Detection software looks for the basic pattern of eyes, nose, and mouth. It then draws a box around the face and ignores the background. Step 3: Liveness Detection Next, the system confirms that the face belongs to a real, present person. Without this step, a printed photo or phone screen could open the door. Liveness checks usually combine: This step is what separates a secure facial access control system from a basic one. EASCO shows how this works under difficult lobby lighting in its . Step 4: Alignment and Feature Extraction The software straightens the face image so the eyes sit level. It then measures facial features and their relationships. These measurements become a template, which is a string of numbers rather than a picture. Why Templates Instead of Photos? Templates are small, fast to compare, and hard to reverse into an image. This improves both speed and privacy. Step 5: Matching The new template is compared against stored templates. There are two matching modes. Mode How It Works Typical Use 1:N (identification) Compares one face against the whole database Walk-up entry with no card 1:1 (verification) Compares the face against one stored profile Card plus face at high-security doors Each comparison produces a similarity score. The system checks whether that score passes the threshold set by the administrator. Step 6: Decision and Output If the score passes, the terminal checks the user's permissions for that door and time. If everything matches, it sends the unlock signal. If not, the door stays locked and the screen shows an alert. Step 7: Logging Every attempt is recorded with the user, time, door, and result. These logs support attendance reports, audits, and investigations. Understanding Thresholds, FAR, and FRR Face recognition authentication is never a simple yes or no. It is a trade-off between two error types. Raising the threshold lowers FAR but increases FRR. Lowering it does the opposite. Offices often use a balanced setting. Data centers or restricted zones use a stricter threshold and accept that some users may need a second attempt. Where the Processing Happens On the Device (Edge) Most modern terminals match faces locally. This keeps decisions fast and lets a facial recognition door access system keep working during network outages. On a Server Some large deployments send images to a central server. This makes central management easier but depends on network reliability and adds privacy considerations. Many systems use a hybrid model. Matching happens on the device, while logs and user updates sync with a central platform. What Affects Speed and Accuracy? Several real-world factors change how well a facial recognition security system performs. How It Connects to Doors and Turnstiles A facial recognition entry system is only as useful as the barrier it controls. For a single door, the terminal drives a lock through a relay. For lobbies and factory gates, it signals a turnstile controller. Turnstiles add a physical layer that prevents tailgating. EASCO's accept face recognition panels. Most speed and swing gate models handle up to 50 people per minute. This keeps busy entrances moving while every person is still verified. Common Misconceptions A few myths often come up when teams first evaluate a facial recognition door access system. "A Photo Can Open the Door" This is true only for systems without proper liveness detection. A terminal with infrared depth sensing rejects flat images and screen replays. Always confirm how liveness is tested before you buy. "It Needs a Constant Internet Connection" Many terminals match faces on the device. A facial recognition entry system with onboard storage keeps working during outages and syncs its logs later. "Face Recognition Authentication Is Always Slower Than Cards" At a well-placed terminal, walk-up recognition is often faster than finding and tapping a badge. Speed problems usually come from poor placement or lighting rather than the technology itself. "One Setting Fits Every Door" A good facial recognition security system lets you set stricter rules for sensitive rooms and lighter rules for general areas. This flexibility is one reason a facial access control system scales well across large sites. Integration With Wider Security Systems A biometric access control system rarely works alone. It usually connects to: A well-integrated biometric access control system shares data with these tools automatically. Open interfaces and SDK or API access make these connections easier. Ask about them early if you already run other security software. Schools and universities often need this kind of multi-building integration, as shown in EASCO's . For a broader look at planning and buying, read our facial recognition access control buyer's guide [FUTURE LINK: /blog/facial-recognition-access-control-system]. Putting the Process to Work Understanding the steps helps you ask better questions before you buy. Ask how liveness is tested, where matching happens, how thresholds are set, and which interfaces are supported. These answers tell you far more than a headline accuracy number. builds face recognition terminals and turnstiles in its own Shenzhen factory. Its engineers can explain how each step works on a specific model and help match the setup to your entrances. FAQs How fast is facial recognition at a door? Commercial terminals usually complete detection, liveness checks, and matching in well under a second. Many modern devices finish in 200 to 300 milliseconds. Users rarely need to stop walking, which keeps queues short during busy shift changes and morning arrivals. Can identical twins fool face recognition access control? Identical twins can be difficult for some algorithms because their facial structures are very similar. Sites with strict security needs often add a second factor, such as a card, PIN, or palm vein scan, for extra certainty at sensitive doors. Does the system store photos of employees? Most commercial systems store encrypted numeric templates rather than full photos. Some keep a small reference image for administrators. Check the product settings and your data policy so storage matches local privacy laws and your company rules. What happens when someone is not recognized? The door stays locked and the terminal shows a denial message. The person can try again, use a backup credential if allowed, or contact security. Repeated failures are logged, which helps teams spot enrollment problems or unauthorized attempts. How does facial recognition access control work outdoors? It works the same way, provided the terminal has a suitable IP rating and temperature range. Outdoor units should be shaded from direct sunlight where possible. An IP65 rating protects against dust and water jets, which suits most covered outdoor entrances.

September 28, 2026

Facial Recognition Access Control System: Complete Guide for Businesses

Keys get copied. Cards get lent to a coworker. PIN codes get written on sticky notes. Every one of these problems comes from the same root cause: the credential is separate from the person using it. A facial recognition access control system closes that gap. The credential is the person's face, so it cannot be handed over, forgotten at home, or cloned at a kiosk. This guide explains how these systems work, which features matter when you compare options, and how businesses roll them out without disrupting daily operations. Definition and Core Components A facial recognition access control system is a security setup that grants or denies entry. It works by matching a live face against a database of enrolled users. When the match succeeds, the system sends a signal to unlock a door, open a turnstile, or record attendance. Most systems have four parts: In short, facial recognition access control replaces "what you carry" with "who you are." Many businesses now treat this shift as a core part of their physical security plan. How a Biometric Facial Recognition System Verifies Identity A biometric facial recognition system follows the same basic sequence every time someone approaches the reader. On current hardware, this whole cycle takes a fraction of a second. For example, EASCO face recognition terminals complete recognition in 200 to 300 milliseconds. They read faces from 0.5 to 3 meters away, so staff can walk up without stopping. We cover each step in detail in our guide on how facial recognition access control works [FUTURE LINK: /blog/how-facial-recognition-access-control-works]. Why Liveness Detection Matters Basic face matching can be fooled by a good photo. Liveness detection prevents this. Stronger systems combine an infrared camera with a standard RGB camera to confirm depth and skin texture. This blocks photos, screen replays, and many mask attacks. If you are comparing products, ask the supplier how liveness is tested. It is one of the clearest differences between consumer-grade and commercial-grade equipment. EASCO documented this in a , where backlighting and spoofing attempts were real concerns. Key Features to Compare Before You Buy Not every face recognition access control system suits every building. These are the specifications that affect daily performance most. Feature Why It Matters What to Look For Recognition speed Controls queue length at busy entrances Under 0.5 seconds per person Recognition accuracy Reduces false rejections and false accepts Published accuracy figure with test conditions Onboard face capacity Decides whether the terminal can work offline Enough for your headcount plus growth Liveness detection Blocks photo and video spoofing Infrared plus RGB cameras IP rating Determines indoor or outdoor use IP65 for exposed entrances Operating temperature Affects outdoor reliability A wide range suited to your climate Interfaces Connects to locks, gates, and software Wiegand, RS485, TCP/IP, SDK or API Offline Capability Some terminals store templates on the device itself. This means access decisions still work if the network drops. EASCO terminals, for instance, hold up to 50,000 faces onboard and sync records over Ethernet, WiFi, or RS485 when the connection returns. For sites with weak connectivity or strict data residency rules, this matters a lot. Multi-Factor Options A facial access control system does not have to rely on the face alone. Many terminals also support card reading, QR codes, fingerprints, or palm vein scanning. High-security rooms can require two factors, while general areas use face only. Face Plus Card This pairing suits sites moving away from badges. Staff keep their cards during the transition, and the terminal checks both the card and the face before opening. Face Plus Palm Vein or Fingerprint This pairing suits server rooms, labs, and records rooms. A second biometric factor makes the facial access control system far harder to defeat, even with a stolen card. Common Configurations: Doors, Gates, and Turnstiles The same recognition engine can control very different entry points. Facial Recognition Door Access System A facial recognition door access system mounts the terminal beside a single door. The terminal releases a magnetic lock or electric strike after a successful match. This setup works well for offices, server rooms, labs, and staff-only corridors. Face Recognition Door Lock System A face recognition door lock system is usually a smaller, self-contained unit. It is common in apartments, small clinics, and shared workspaces where there is no central control room. It suits low traffic but offers fewer integration options than a networked terminal. Facial Recognition Entry System With Turnstiles For lobbies, factories, and campuses, a facial recognition entry system is often paired with speed gates or swing gates. The turnstile physically stops a second person from following the first. EASCO's open in under 0.5 seconds and accept face recognition panels, which keeps morning rush hours moving. Benefits for Businesses A face recognition security system brings practical gains beyond "better security." These benefits grow with headcount. A 20-person office gains convenience. A 5,000-worker factory gains measurable savings in admin time and security staffing. Privacy, Data, and Compliance Face data is personal data in most regions. Any face recognition security system should come with a clear data policy. Before rollout, plan how you will handle this data responsibly. Store Templates, Not Photos Most commercial systems store encrypted numeric templates rather than raw images. A template cannot easily be turned back into a photo. Confirm this with your supplier. Get Clear Consent Tell employees and visitors what is collected, why, and how long it is kept. Offer an alternative such as a card for people who opt out, where local rules require it. Follow Local Regulations Rules differ between the EU, the US, the Middle East, and Asia. Your legal team should review retention periods, access rights, and data transfer rules before go-live. How to Plan a Successful Rollout A structured plan avoids the most common installation problems. If your site includes offices, visitor areas, and multiple tenants, EASCO's show how terminals and turnstiles are combined in practice. Is a Facial Recognition System Right for Your Business? It is a strong fit if you: It may be less urgent for very small sites with stable staff and low security risk. In that case, a simple card or PIN system can be enough for now. Choosing a Supplier You Can Trust The right partner matters as much as the hardware. Look for a manufacturer with third-party certifications, published specifications, and real deployment references. Ask whether they provide SDK or API documentation so your software team is not locked in. has manufactured access control hardware in Shenzhen since 2009, with face recognition terminals available in 8-inch, 10.1-inch, 15.6-inch, and 21.5-inch formats. You can review the full to compare models by display size, credential type, and installation method. FAQs How accurate are commercial face recognition terminals? Commercial-grade systems typically publish accuracy above 99 percent under normal lighting. Real-world results depend on camera quality, lighting, and enrollment photo quality. Always ask suppliers for their test conditions, not just the headline accuracy number. Can facial recognition access control work in the dark? Yes, most commercial terminals use infrared cameras and supplementary lighting. This lets them recognize faces in low light or at night. Very strong backlight, such as direct sunlight behind the user, is usually a bigger challenge than darkness. Does a face recognition access control system work with masks or glasses? Most modern systems handle regular glasses without issue. Many also recognize faces partially covered by medical masks, though accuracy may drop slightly. Sunglasses and full face coverings generally require the user to remove them before scanning. How long does it take to enroll employees? Enrollment usually takes a few seconds per person at the terminal. Many systems also allow bulk import of approved photos through management software. A company with several hundred employees can often complete enrollment within a single working day. What happens if the network goes down? Terminals that store face templates locally keep making access decisions without a network connection. Entry logs are saved on the device and sync to the central software once the connection returns, so no attendance data is lost.

September 26, 2026

10 Places Where Turnstile Gates Are Commonly Used

Most people pass through a turnstile several times a week without thinking about it. You see them at train stations, office lobbies, gyms, and stadiums. Each one quietly checks a ticket, card, or face and lets one person through at a time. But the gate at a metro station is very different from the one at a construction site. This guide looks at the most common turnstile gate applications, why each location uses them, and which gate design fits best. It is useful for facility managers, architects, and buyers planning a new entrance. Why Organizations Use Turnstiles Before looking at specific places, it helps to know what turnstiles actually do. A well-planned entrance control system with turnstiles delivers four main benefits: Turnstile access control combines a physical barrier with a verification device, such as a card reader, QR scanner, or face terminal. Together they create a controlled entry point. 1. Office Buildings and Corporate Lobbies Offices are one of the most visible places where turnstile gates are used, and one of the fastest growing. Lobby gates stop unauthorized visitors from reaching office floors and record staff arrivals. Best fit: Speed gates or flap barriers with face recognition or card readers. A premium finish matters in reception areas. 2. Metro, Rail, and Bus Stations Public transport handles huge passenger volumes. Fare gates must be fast, durable, and able to read tickets, cards, and mobile QR codes. Best fit: High-throughput flap barriers or speed gates, with wide lanes for luggage and wheelchairs. EASCO's cover these high-volume entrances. 3. Airports Airports use turnstiles at staff entrances, crew areas, boarding zones, and connections between terminals. Security and speed both matter. Best fit: Speed gates with biometric verification. In one project, EASCO installed handling 45,000 passengers a day. 4. Stadiums, Arenas, and Event Venues Event venues need to admit thousands of ticket holders in a short window. Gates must scan tickets quickly and survive heavy, sometimes rough use. Best fit: Tripod turnstiles for rugged outdoor gates, or flap barriers for modern indoor venues. Outdoor-rated cabinets are essential. 5. Factories and Industrial Plants Factories use turnstiles to control shift entry, record attendance, and keep unauthorized people away from machinery. Large plants may have thousands of workers arriving within minutes. An access control turnstile system at the plant gate turns every entry into an accurate attendance record. Best fit: Stainless steel swing gates or speed gates, often with face recognition. Coastal or chemical plants need corrosion-resistant steel. EASCO documents one serving 8,000 workers. 6. Construction Sites Construction sites change daily and often have many subcontractors. Owners need to know exactly who is on site for safety, payroll, and insurance. Best fit: Full-height turnstiles that prevent climbing and forced entry. These security turnstile gates are often paired with face terminals or handheld verification devices. 7. Schools and Universities Campuses use turnstiles at main entrances, libraries, dormitories, and sports halls. The goal is to keep outsiders out while tracking student movement. Best fit: Speed gates or swing gates with wide lanes. Face recognition prevents students from sharing ID cards. 8. Hospitals and Healthcare Facilities Hospitals mix open public areas with restricted zones. Turnstiles often control staff entrances, pharmacies, and visitor flow during set visiting hours. Best fit: Speed gates with touchless face recognition. An automatic turnstile gate with wide lanes helps staff move beds, trolleys, and wheelchairs. 9. Gyms, Fitness Clubs, and Leisure Centers Gyms use turnstiles to confirm active memberships and stop pass sharing. Many now operate 24 hours a day with minimal staff. Best fit: Compact speed gates or flap barriers with face or QR access. An automatic turnstile gate removes the need for a front-desk check at night. It also stops members from lending their access to friends. 10. Government and Military Facilities Government buildings need tiered security. Public counters must stay accessible, while restricted offices require strict verification and full audit trails. Best fit: Speed gates for general staff and full-height turnstiles for perimeters. EASCO's show how these layers work together. Quick Reference: Gate Types by Location Location Main Priority Recommended Gate Office lobby Appearance and security Speed gate Transit station Throughput Flap barrier or speed gate Airport Security and speed Speed gate with biometrics Stadium Rugged, fast ticketing Tripod or flap barrier Factory Durability and attendance Stainless swing or speed gate Construction site Anti-climb security Full-height turnstile School Safety and attendance Speed or swing gate Hospital Touchless and wide lanes Speed gate Gym Membership control Compact speed gate Government Tiered security Speed gate plus full height If you are still deciding between designs, our tripod turnstile vs flap barrier vs speed gate comparison [FUTURE LINK: /blog/tripod-turnstile-vs-flap-barrier-vs-speed-gate] explains the trade-offs in detail. Trends Changing Turnstile Gate Applications The places may stay the same, but the technology inside the gates is changing quickly. Face Recognition Instead of Cards More sites now pair each pedestrian turnstile gate with a face terminal. Staff no longer carry cards, and buddy check-ins disappear. Recognition takes a fraction of a second, so lanes keep moving. QR Codes for Visitors and Tickets Visitors and event guests increasingly receive QR codes on their phones. The same gate reads staff faces and visitor QR codes, which simplifies reception work. Connected Entrance Control System Platforms Modern turnstiles share data with HR, attendance, and building management software. An entrance control system that connects to these tools gives managers live occupancy counts and cleaner reports. Faster, Longer-Lasting Motors Brushless DC and servo motors have made gates quicker and more durable. Many speed gates now open in under 0.5 seconds and carry cycle ratings in the millions. These trends are expanding turnstile gate applications into smaller offices, gyms, and residential buildings that once relied on simple locks. Other Turnstile Gate Uses Worth Knowing Beyond the ten main locations, turnstile gate uses also include: What to Consider Before Choosing a Gate Every access control turnstile system should be planned around the site, not the catalog. Two sites of the same type can need very different setups. Consider these factors: Traffic Volume Count peak arrivals per minute. This sets the number of lanes. A single slow lane can cause long queues. Environment Indoor lobbies suit aluminum alloy cabinets. Outdoor, coastal, or industrial sites need that resist rust and salt air. Security Level Waist-high gates deter casual entry. Full-height security turnstile gates stop determined intruders. Accessibility Include at least one wide lane for wheelchairs, prams, and deliveries. A swing-type pedestrian turnstile gate can reach 1,500 mm of passage width. Credentials Decide early whether users will scan cards, QR codes, or faces. The reader and gate must work together. Emergency Release Every gate should connect to the fire alarm and open automatically during a power cut or emergency. Ask the supplier to confirm this before ordering. For a deeper buying process, EASCO's covers flow rates, motor ratings, and material choices. Choosing the Right Turnstile for Your Site Turnstiles appear in almost every type of busy or secure building, and the list of places where turnstile gates are used keeps growing. The right design depends on how many people pass, how much security you need, and where the gate is installed. has manufactured turnstiles in Shenzhen since 2009 and supplies speed gates, swing gates, single-arm gates, and full-height models for all of the settings above. Its engineers can help match gate type, material, and credential to your entrance. FAQs Q: What is the main purpose of a turnstile gate? A: A turnstile gate lets only one authorized person pass per valid credential. It prevents free entry, supports accurate headcounts, and creates entry records. In many locations, it also guides crowds into orderly lanes and reduces the need for manual guard checks. Q: Which industries use turnstile access control the most? A: Public transport, commercial offices, manufacturing, education, sports venues, and government facilities are the biggest users. Each uses turnstiles for different reasons, such as fare collection, staff security, shift attendance, student safety, or ticket control at events. Q: Are turnstiles safe in an emergency? A: Quality turnstiles connect to the building fire alarm. When an alarm triggers or power fails, the gates open automatically and stay open so people can evacuate. Always confirm this feature and test it regularly as part of fire safety checks. Q: Can one turnstile handle both entry and exit? A: Yes. Most modern turnstiles are bidirectional, so the same lane can control entry and exit. Busy sites often dedicate lanes to each direction during peak times. Controllers can switch lane direction depending on traffic patterns throughout the day.

September 26, 2026

Tripod Turnstile vs Flap Barrier vs Speed Gate: Complete Comparison

Choosing a pedestrian gate looks simple until you see the options side by side. Three designs dominate most projects: the tripod turnstile, the flap barrier, and the speed gate. They all control who walks through an entrance, but they differ in security, speed, space, and price. This guide explains how each one works and compares them point by point. By the end, you will know which design fits your lobby, factory gate, station, or campus. Quick Overview of the Three Designs Tripod Turnstile A tripod turnstile gate uses three metal arms arranged in a triangle. One arm sits horizontally across the lane. After a valid credential, the arms rotate one third of a turn to let one person pass. It is the classic waist-high turnstile seen at stadiums and older transit stations. Flap Barrier A flap barrier gate uses two wings, usually acrylic or glass, that retract into the cabinets when access is granted. The wings sit at roughly waist height. They open quickly and close again after the user passes. Speed Gate A speed gate turnstile uses taller glass or acrylic panels that swing or slide out of the way. Speed gates have more sensors, wider lane options, and a more premium look. They are common in corporate lobbies, hotels, and airports. All three are pedestrian access control gates. They connect to card readers, QR scanners, or face recognition terminals and open only after verification. In each case, the gate is the physical part of a wider entrance control system. Side-by-Side Comparison Factor Tripod Turnstile Flap Barrier Speed Gate Barrier type Rotating arms Retracting wings Swinging or sliding panels Typical lane width Narrow Narrow to medium Medium to wide Throughput Moderate High High Tailgating prevention Good, one turn per person Good with sensors Very good with dense sensors Wheelchair and luggage access Limited Possible with wide lanes Good with wide lanes Appearance Industrial Modern Premium Relative cost Lowest Medium Highest Best for Factories, outdoor sites, stadiums Offices, metros, campuses Corporate lobbies, hotels, airports Tripod Turnstile vs Flap Barrier The tripod turnstile vs flap barrier choice often comes down to budget and environment. Where Tripods Win Where Flap Barriers Win If you run a busy office or metro entrance, flap barriers usually make more sense. For a rugged factory gate on a tight budget, a tripod may be enough. Flap Barrier vs Speed Gate The flap barrier vs speed gate decision is mostly about security level, lane width, and appearance. Where Flap Barriers Win Where Speed Gates Win EASCO has published a detailed that compares throughput, lane widths, and motor life in more depth. Turnstile vs Speed Gate: Security in Practice In the broader turnstile vs speed gate question, security depends on two things: the physical barrier and the sensors. Physical Barrier A tripod arm stops a person at waist level. Flap wings do the same but can be pushed or jumped by a determined user. Speed gate panels are taller, which makes jumping harder. Sensor Coverage Modern gates use infrared beams to track each person through the lane. More beams mean better detection of tailgating, children, and luggage. Speed gates usually carry the most sensors, which helps them tell the difference between a person and a suitcase. When You Need More Than Waist-High Security None of the three designs stops a determined climber. For prisons, construction sites, or remote perimeters, a full-height turnstile is the better choice. EASCO's full-height model stands 2,200 mm tall and prevents climbing and forced entry. Throughput and Speed Throughput decides how many lanes you need. A single slow lane can cause long queues at shift change. For example, EASCO's open in under 0.5 seconds and process about 50 people per minute. The JFX model opens in under 0.3 seconds. Durability and Motor Life Every automatic turnstile gate relies on a motor and control board. Their quality decides how long the gate lasts. Look for: EASCO rates most of its speed gate motors at 15 million cycles. To understand what that number means in daily use, read this guide to . Indoor vs Outdoor Installation Material choice matters as much as gate type. For exposed entrances, EASCO's include speed gates, swing gates, and full-height models built for outdoor use. Maintenance and Running Costs Purchase price is only part of the budget. Running costs depend on how the gate is built. Tripod Turnstile Gate Upkeep A tripod turnstile gate has few moving parts. Routine checks focus on the rotation mechanism, arm fixings, and the control board. Mechanical designs need occasional lubrication. Flap Barrier Gate Upkeep A flap barrier gate needs regular checks on the wings and infrared sensors. Scratched or cracked wings should be replaced to keep the lane safe and tidy. Speed Gate Turnstile Upkeep A speed gate turnstile carries more sensors and larger panels. Cleaning the glass and checking sensor alignment keeps false alarms low. A quality brushless motor reduces motor-related service calls over time. Common Buying Mistakes to Avoid Many projects run into trouble for the same few reasons. A well-planned access control turnstile setup avoids these problems before installation starts. How to Choose the Right Gate Answer these questions before you request quotes: An access control turnstile is only as good as its integration. The gate, reader, and software should work as one entrance control system. Make sure the gate controller supports the readers and software you already use. You can also compare how turnstiles are used across different industries in our guide to turnstile gate applications [FUTURE LINK: /blog/turnstile-gate-applications]. Finding the Best Fit for Your Entrance In the tripod turnstile vs flap barrier vs speed gate comparison, there is no single winner. Tripods are rugged and low-cost. Flap barriers balance speed and price. Speed gates offer the best mix of security, accessibility, and appearance. manufactures speed gates, swing gates, single-arm gates, and full-height turnstiles in its Shenzhen factory. Its engineers can recommend a lane layout based on your traffic data, site conditions, and credential type. FAQs Q: Which turnstile is best for a corporate office lobby? A: Speed gates are usually the best choice for corporate lobbies. They combine high throughput, strong tailgating detection, wide accessible lanes, and a premium appearance. Flap barriers are a good lower-cost option when budget matters more than looks. Q: Can flap barriers be used outdoors? A: Some flap barriers can be installed outdoors if they have a suitable IP rating and corrosion-resistant cabinets. Stainless steel housings and canopy cover help extend life. Always confirm the outdoor rating with the manufacturer before ordering for an exposed site. Q: Are tripod turnstiles still worth buying? A: Yes, for the right site. Tripod turnstiles remain popular at factories, stadiums, and outdoor gates because they are durable and affordable. They are less suitable where accessibility, luggage, or a premium look is required. Q: How many lanes do I need for my entrance? A: Divide your peak arrivals per minute by the rated throughput of one lane. Then add a margin for slower users and at least one wide accessible lane. For example, 150 people in three minutes needs more than one standard lane. Q: Do speed gates work with face recognition? A: Yes. Most speed gates accept face recognition panels mounted on the cabinet or on a stand. The terminal verifies the user and signals the gate controller to open. Card readers and QR scanners can be added on the same lane.

DIRECT FACTORY CONTACT

Schedule a Factory Visit or Request a Quote

Video factory tour available for international buyers. In-person audit by appointment. Quote requests answered within one business day.

Factory Address:

Building 20, Dahe Industrial Zone, Longhua New District, Shenzhen, China, 518110

Contact EASCO Directly WhatsApp: +86 13711422283 Email: hattiehuang@szeasco.cn Request Quote →