In places like shopping malls, stations, scenic spots, libraries, office buildings, and factories, temporary storage of items is a high-frequency daily need. Traditional key lockers and manual storage methods can no longer meet the modern demands of high foot traffic, frequent use, and high efficiency requirements. Intelligent electronic lockers, which focus on QR code operations, self-service management, secure traceability, and remote maintenance, have become one of the basic supporting devices for various smart spaces. They are a typical implementation of "unattended + intelligent control" products.
An intelligent electronic locker is a storage device integrated with an electronic control system, identity recognition technology, and a remote monitoring platform. Users can complete storage and retrieval operations autonomously through QR codes, cards, fingerprints, facial recognition, and phone numbers. The system automatically records usage behavior, supports remote backend control, and features abnormal alarms, data export, and operation analysis capabilities. It has achieved an intelligent storage mode of "no human supervision, secure items" and is widely used in public, commercial, and industrial scenarios.
1. Multiple Identity Recognition and Locker Opening Methods
Supports various locker opening methods such as QR codes, phone numbers, ID cards, card swiping, fingerprints, and facial recognition.
2. Self-Service Operation Process
Users can complete the entire process of storing, retrieving, extending storage, and billing on terminals or mobile devices.
3. Multi-Specification Compartment Combinations
Equipped with small, medium, and large locker compartments to meet diverse storage needs for luggage, backpacks, shopping bags, and coats.
4. Centralized Management Platform
Administrators can remotely view device status, operation logs, export data, remotely open lockers, and set strategies.
5. Abnormal Alarm and Protection Mechanisms
Supports reminders for unclosed locker doors, illegal opening alarms, automatic locking for overtime not taken, infrared detection, and other functions.
6. Optional Value-Added Features
Such as advertising screen casting, membership system integration, app-based locker reservation, and payment interface integration.
Large Shopping Malls/Shopping Centers
Customers store personal items before shopping, enhancing shopping convenience.
Transportation Hubs (High-speed Railway Stations/Airports/Subways)
Provides temporary luggage storage services for transferring and waiting passengers.
Scenic Spots/Amusement Parks/Exhibition Hall Entrances
Visitors store bags, umbrellas, coats, and easily enjoy sightseeing and entertainment.
Libraries/Schools/Examination Centers
Stores items such as mobile phones, bags, and books, maintaining order and compliance.
Corporate Office Areas/Factories/Laboratory Entrances
Employees or visitors store their bags before entering controlled areas, ensuring safety and compliance.
Easy operation, no supervised attendance required
Safe and controllable, data traceable
High compatibility, adaptable to various systems and environments
Reduces labor management cost
Supports flexible deployment and diverse application scenarios
1. Platform Management and Multi-Device Collaboration
Supports unified platform supervision of multiple site devices, facilitating large-scale deployment and maintenance.
2. AI Intelligent Behavior Recognition and Analysis
Automatically recognizes left items, frequent use, and risky operations, forming alert mechanisms.
3. Interaction Optimization with Mobile Devices
Users can book empty lockers, navigate to lockers, and pay for extended storage through mini-programs/Apps.
4. Support for Electronic Screen Advertising and Interactive Marketing
The locker body integrates an information publishing system, realizing smart advertising and value-added service scenarios.
5. Green Energy-Saving and Modular Design
Uses energy-saving materials and low-power components, supporting adaptive combination and rapid deployment.
Intelligent electronic lockers for sale have become essential devices for enhancing user experience and management efficiency in public spaces, commercial venues, and industrial management. By integrating intelligent hardware with digital platforms, they achieve self-service, reliable, efficient, and low-maintenance item management processes. In the future, as users' demand for convenient, safe, and contactless services continues to rise, intelligent lockers will continue to expand in more industries and scenarios, becoming key touchpoints in "smart service spaces".
