Introduction
The Self-service Security Inspection E-gate is an advanced solution developed by Maxvision to enhance passenger entry and exit efficiency and security. It integrates document verification, identity recognition, anti-tailgating, and intrusion prevention into a streamlined system.
The channel features two automatic gates: the first gate guides passengers to scan their documents, and upon successful verification, the gate opens automatically for quick clearance; the second gate is equipped with facial recognition to ensure identity matching before granting access.
This system significantly improves processing speed and accuracy, making it an ideal upgrade to traditional inspection methods. It is widely used in critical areas such as airports, enhancing efficiency and security.

Features
Unified Identity Verification Platform
Optimized for High Throughput
Robust Security Safeguards
Multimodal User Interface
Flexible Architecture with Optional Modules
Built-in Monitoring and Incident Logging
Engineered for Reliability and Longevity

Introduction
The Intelligent Security Tray Return System (Basic) is an automated solution designed for passenger security checkpoints at border control and transportation hubs. It replaces the manual process of returning trays used during carry-on baggage screening, enabling automated tray recirculation, elevation, and intelligent sorting.
By integrating advanced control systems, sensor-based recognition, and smart queuing algorithms, the system significantly reduces the need for manual handling while improving passenger throughput and enhancing the overall automation level of security inspection workflows.
With a compact and modular design, it can be flexibly deployed in a wide range of checkpoint environments. As a core component of next-generation smart security infrastructure, it helps operators streamline operations, lower labor costs, and deliver a smoother passenger experience.

Features

• Automated Operation for Reduced Labor Costs
• Flexible Deployment Across Diverse Environments
• Improved Throughput and Flow Efficiency
• Smart Scheduling & Intelligent Sorting
• Enhanced Passenger Experience

Introduction
The Intelligent Security Tray Return System (Standard) offers a balanced solution for mainstream inspection lanes—delivering core automation across identity verification, X-ray scanning, tray handling, sorting, and backend data integration.
With a modular architecture and fast deployment capability, it fits seamlessly into airport and border control environments where efficiency, reliability, and scalability are key.

Features

• Covers the full inspection workflow, from check-in to tray return
• Automates tray circulation with built-in sorting and empty tray detection
• Integrates image review and inspection data into backend systems
• Compact and modular — easy to deploy across multiple lanes
• Supports live status monitoring and remote fault alerts

Introduction
The Intelligent Security Tray Return System (Premium) is a fully integrated tray return system engineered for high-volume, high-security environments. It combines facial recognition, image analysis, tray tracking, automated sorting, recheck routing, and real-time operations monitoring—creating a true end-to-end automated inspection process.
Designed for complex inspection scenarios, it helps streamline workflow, reduce human intervention, and enforce end-to-end process integrity

Features

• Links passenger identity with inspection processes in real time
• Automates recheck routing based on image analysis results
• Enables precise tray movement through live tracking and dispatch
• Synchronizes baggage, tray, and data flows across the system
• Centralized dashboard for intuitive system control and diagnostics

Introduction
This Multi-biometric Self-service Capture Device is purpose-built for border control, immigration processing, and identity verification. It consolidates document authentication, biometric capture, arrival card printing, fast-track registration, and entry/exit record retrieval into a single self-service platform.
By integrating multiple workflows into one streamlined process, the device reduces processing time, improves traveler throughput, and minimizes the need for manual assistance at checkpoints.
Equipped with an OCR document reader, facial recognition camera, high-resolution fingerprint sensor, curved HD touchscreen, and dual printing modules, the system supports a wide range of international and domestic identity documents.
Its modular design and open architecture allow for seamless integration with border management systems and future service extensions, making it ideal for use in airports, landports, immigration halls, and public service locations.

Features

• Unified platform for ID verification, registration, and document printing
• Compatible with passports, visas, national IDs, and travel permits
• Integrated facial recognition, fingerprint capture, and OCR reading
• Auto-populates user data across all transaction modules
• Supports ICAO-compliant document authentication and anti-forgery checks
• Space-saving curved touchscreen with ergonomic interaction zone
• Open API architecture for integration with existing government systems

Introduction
Maxvision’s Multi-functional Verification Counter (C) is an all-in-one inspection solution built for high-volume border checkpoints such as seaports and airports.
Designed for front-line deployment, it integrates key clearance functions—including identity verification, biometric data capture, automated document stamping, multilingual communication, AI-driven video analytics, and voice interaction—into a single streamlined platform.
The system offers centralized control of peripheral devices such as lighting, ventilation, temperature, and surveillance, enabling a fully automated, closed-loop inspection process. It helps border agencies speed up processing, reduce manual workload, and create a safer, more efficient inspection environment for travelers and officers alike.

Introduction
Maxvision E-gate (Single-gate) is designed with 304 stainless steel and high-transparency tempered glass, ensuring durability and corrosion resistance.
It supports two-way traffic, intelligent anti-pinch protection, and guidance prompts. The system integrates multiple authentication methods, including face recognition, IC card, QR code, and remote control of door opening/closing.
With high system integration and stability, it is suitable for various entrance and exit identity authentication scenarios.

Features

• Super impact resistant structure
• Light curtain with rain-proof algorithm
• Extra long service life
• 304 + 316 high-quality stainless steel design

Introduction
Maxvision’s E-Gate (Dual-Gate) is a fully integrated, intelligent border control solution designed to automate passenger identity verification at controlled entry and exit points. Built for high-throughput environments like airports and seaports, the system combines advanced biometrics with smart control and AI technologies to deliver secure, seamless, and contactless clearance.
The E-gate supports multiple biometric modalities—including facial, palm vein, and fingerprint recognition—alongside document authentication, anti-tailgating video analytics, and one-touch operational control. By eliminating manual checks and reducing processing time, it enhances both traveler experience and border security, making it an ideal fit for modern, high-security transit hubs.

Features

• Flexible and Diverse Access Methods
• Reduce the Risks of Tailgating / Missed Detection / Abnormal Inspection
• Self-service Authentication Efficient Passage
• Super Long Service Life

Introduction
The Video-based Anti-Tailgating System is purpose-built for immigration e-gate, enabling real-time monitoring of unauthorized passage through advanced on-device video analytics.
Using embedded AI, behavior recognition, and machine vision, the system identifies security risks such as tailgating, evasive movement, and abnormal entries—without relying on backend servers.
Mounted above the inspection e-gate, it works autonomously and integrates seamlessly with e-gates, biometric verification stations, and security checking systems. The system delivers instant alerts, video capture, and event logging, helping border control agencies reduce manual oversight while significantly enhancing port security and throughput efficiency.

Features

• Detects tailgating, climbing, crawling, and multiple-person entry
• Based on front-end processing with no server dependency
• Real-time alerts, automated recording, and event traceability
• High detection accuracy with ultra-low false alarm rates
• Supports single or dual-camera configurations for variable lane widths
• Compact, ceiling- or bracket-mounted design for flexible deployment
• Luggage-aware algorithm avoids misidentifying normal carry-ons

Introduction
Designed for secure border environments, the Restricted Area Access Verification E-gate provides reliable, automated access control for authorized personnel. By combining facial recognition, fingerprint scanning, and smart card authentication, the system ensures accurate identity verification while maintaining smooth and secure lane operations.
It features built-in gate control, behavior monitoring, and alarm triggers for tailgating, unauthorized access, or extended presence. With bidirectional passage support and seamless integration with border control systems, this solution enhances security and operational efficiency across seaports, airports, land checkpoints, and joint inspection facilities.

Features

• Multi-factor biometric authentication
• All-in-one access and identity management
• Fast, stable, and high-throughput performance
• Enhanced safety with intrusion and pinch detection
• Full compatibility with border management systems

Introduction
The Restricted Area Access Verification E-gate (Dual-Gate) is a purpose-built solution for managing personnel access within restricted zones at border control points. Designed for high-security environments, the system combines multi-factor authentication—including facial recognition, fingerprint recognition, and smart card verification—with intelligent gate control and behavior analytics. It enables real-name access management while enhancing both security and operational efficiency.
The system integrates seamlessly with immigration platforms and supports bidirectional access, real-time tailgating detection, intrusion alerts, anti-pinch safeguards, access flow monitoring, and audio-visual guidance—making it ideal for ports, airports, land crossings, and joint inspection areas.

Features

• Seamless Biometric Verification
• High-speed, High-reliability Access
• Built-in Intelligent Threat Detection
• Safety-first Design
• Full System Interoperability
• Bidirectional Flow Management
• Intuitive User Interface
• Compact, Modular Construction

Introduction
The Infrared Thermometer is a non-contact solution designed for rapid detection of abnormal body temperatures among travelers. Leveraging thermal imaging and intelligent facial recognition algorithms, the system accurately identifies and tracks individuals with elevated body temperatures while effectively filtering out false alarms caused by external heat sources such as hot beverages or food.
Equipped with an HD camera and AI-based analysis, the system enables automatic detection, real-time alerting, and image capture of potential febrile cases.
The system incorporates a high-precision blackbody radiation source as a temperature reference to compensate for environmental influences and thermal drift of the imaging sensor. This ensures consistent temperature calibration, fast warm-up, and precise thermal control, significantly improving measurement accuracy and system reliability under complex environmental conditions.
It is ideal for deployment in wide-area temperature screening scenarios such as public halls and overhead corridor installations.

Features

• High Throughput
• Non-Intrusive Experience
• Accurate and Reliable Detection
• Real-Time Calibration

Introduction
Maxvision’s Passenger Carry-on Baggage Inspection System is purpose-built to meet the evolving needs of global border crossings. Designed for high-volume international ports of entry, the system enables unified screening of both travelers and their personal belongings in a single, streamlined process. Its goal is simple: one inspection, one decision, one seamless release.
By combining AI-driven analytics, IoT-based controls, and integrated data intelligence, the system overcomes the inefficiencies of traditional manual checks—reducing human error, accelerating throughput, and delivering a consistent, secure experience for both authorities and travelers.
As one of the first fully integrated solutions deployed at scale in China, it represents a new standard for how modern borders can operate.

Features

• Faster, Frictionless Clearance
• All-in-One Intelligence
• Touchless, Targeted Processing
• End-to-End Baggage Oversight
• Modular, Ready-to-Deploy Design

Introduction
Engineered by Maxvision, this next-generation dual-energy, dual-view X-ray inspection system is purpose-built for efficient screening of carry-on baggage and personal belongings across customs checkpoints, airports, rail stations, government facilities, and other high-security environments.
Featuring two independent X-ray source-detector pairs, the system delivers both bottom-up and side-view imaging on dual displays, significantly enhancing object recognition in areas with overlap or occlusion. Its design blends industry-specific functionality with modern industrial aesthetics, resulting in a solution that is streamlined, intuitive, and highly adaptable for mission-critical security operations.

Features

• Superior Imaging Clarity
• True Dual-View Architecture
• Ultra-Low Radiation Emissions
• Integrated TIP Functionality
• Flexible Image Export Options
• Network-Ready Data Architecture
• Automated System Diagnostics

Introduction
Developed independently by Maxvision, this Hold Baggage X-ray Machine represents a new generation of dual-energy, dual-view screening technology designed for high-security environments.
Featuring two independent X-ray source and detector arrays, the system captures bottom and side view images simultaneously and displays them in real time—greatly improving the detection of concealed or overlapping items.
Purpose-built for the inspection of oversized and irregular baggage, it is ideal for deployment at customs, border checkpoints, airports, railway stations, government facilities, and large public venues.
The system combines application-specific functionality with modern industrial design, delivering a user-friendly experience and highly reliable performance.

Features

• Dual-view imaging for blind spot elimination
• High-resolution imaging with strong penetration
• Ultra-low radiation for safer operation
• Integrated TIP functionality for operator training
• Multi-format image export for flexible data use
• Network-enabled for centralized management
• Smart self-diagnostics for efficient maintenance

Introduction
The Customs Risk Management Platform leverages facial recognition and intelligent video analytics to establish a comprehensive risk detection and alert mechanism across key customs checkpoints, including passenger flow control, baggage screening, and border inspection.
By integrating front-end data capture devices, a dedicated video network platform, and a centralized intelligent application system, it enables precise profiling, trajectory tracking, coordinated alerts, and behavioral analysis for high-risk individuals. This empowers customs officers to respond in real time and take targeted action, creating a closed-loop risk management system at border entry points.
Designed for seamless integration with customs operations, the system supports cross-zone coordination between inspection areas and back-office units. It allows for rule-based configuration of alert strategies based on local enforcement needs and operational characteristics.
The solution is well suited for high-traffic environments such as international airports, land border crossings, and seaports, enhancing the overall efficiency and responsiveness of port security operations.