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Smart Face Management Solution for Industrial Parks
Traditional factory entry and exit management generally suffers from pain points such as low efficiency in personnel identity verification, difficulty in managing external personnel, fragmented attendance data, and lack of traceability for factory safety incidents: manual registration is slow and prone to congestion, proxy card punching is difficult to eliminate, there is no ledger for the flow of visitors/construction workers, and workshop access permissions cannot be managed hierarchically, making it difficult to trace the source once a safety accident occurs. Our company relies on a high-definition dynamic face recognition terminal + an intelligent gate hardware matrix to create an all-scenario factory face intelligent management integrated solution, covering six core scenarios: employee attendance, entry and exit passage, visitor registration, permission hierarchy, data traceability, and safety warning. It achieves “recognizable personnel, controllable entry and exit, verifiable data, and preventable risks” for factory personnel, and is suitable for deployment across all areas including production workshops, office buildings, storage areas, logistics passages, and factory gates, helping manufacturing enterprises upgrade their digital security systems.
Industrial Park Canteen Face Recognition Payment Solution
Traditional factory cafeterias commonly face numerous management pain points: employees easily lose, forget, or share meal cards for unauthorized use; manual top-up and reconciliation processes are cumbersome, and financial accounting is time-consuming; long queues during peak meal periods (breakfast, lunch, and dinner) reduce dining efficiency; the lack of systematic dining data leads to food waste due to unsupported meal preparation; and it is difficult to manage dining permissions for outsourced temporary workers and visitors, with no reliable basis for meal subsidy distribution and dining traceability. Our company, leveraging dual-screen face recognition payment terminal hardware, has developed an integrated smart dining solution for factory cafeterias. This solution streamlines the entire process, including employee facial registration, face-scanning dining, online top-ups, meal subsidy distribution, permission grading, back-end kitchen data statistics, and financial reconciliation. It is suitable for large and medium-sized manufacturing enterprise cafeterias, employee dining halls, and outsourced temporary dining windows, enabling digital, lightweight, and intelligent management of cafeteria logistics, reducing operational costs, and enhancing the employee dining experience.
Industrial Park Intelligent Storage and Checkroom Solution
Traditional factory storage management often faces multiple management challenges: old key cabinets have problems with keys being lost, duplicated, or lent out, resulting in high maintenance costs; password storage cabinets have issues with lost labels or forgotten passwords, causing time-consuming access; employee personal items, labor protection supplies, and workshop tools are mixed and unrecorded, making it impossible to trace the loss of items and unable to determine the cause; there is no temporary storage channel for outsourced temporary workers and visitors; storage cabinets in multiple factories and workshops are scattered and cannot be uniformly controlled; the cabinet materials are thin and prone to rust, and have poor fire resistance, not suitable for the dusty and humid industrial environment in the workshop.
Our company uses the intelligent storage cabinet with facial recognition as the core hardware, combined with the cloud cluster management platform, to create an intelligent storage and deposit integrated solution suitable for all scenarios of manufacturing enterprises, covering five scenarios: employee personal items storage, labor protection supplies storage, workshop tool storage, temporary storage for visitors, and factory changing room storage. It supports facial recognition / card swiping / multiple verification for opening, with a dual mode of single machine independent operation + networked cluster management, and can be connected to the factory's existing personnel and facial access control systems to achieve traceability of access, hierarchical permission control, and data availability for cloud viewing, completely solving the problems of chaotic traditional storage cabinet management, lack of security, and high operation and maintenance costs in factories.
Industrial Park Smart Visitor Appointment Management Solution
Traditional factory visitor management commonly faces numerous pain points: external clients, suppliers, construction workers, and outsourced personnel are all registered manually on paper, with handwriting that is illegible and archives that are disorganized; front desk manual entry is time-consuming, causing congestion at the entrance during peak commuting and visitor hours; visitor identities cannot be verified, allowing strangers to freely enter production workshops and high-risk storage areas; visitors have no temporary access permissions, and there are no traceable records of entry and exit; visitors leave without being registered, posing safety risks if they remain on site; visitor data cannot be integrated with factory face recognition gates, access control systems, and locker systems, resulting in data silos. Our company relies on three hardware devices—the desktop dual-screen visitor all-in-one machine, the desktop mini visitor verification terminal, and the vertical self-service visitor registration machine—combined with a cloud-based visitor reservation management platform, to create a full-process intelligent visitor reservation and control integrated solution for factories. This covers the entire process of online visitor reservation, front desk manual registration, self-service unmanned registration, temporary face authorization, partitioned access control, visit alerts, and sign-off archiving. It can be linked with factory face recognition gates, access control systems, and locker devices, achieving the goal of "reservation with credentials, entry with face recognition, movement with boundaries, departure with records, and full traceability" for external personnel. This solution meets both the need for unattended factory gate management and the factory's safety production control standards, comprehensively upgrading the factory's external security and digital logistics management.
Industrial Park Workshop ESD Face Recognition Intelligent Turnstile Channel Control Solution
Electronic manufacturing, chip, PCB, and precision component factories have long-standing pain points in their anti-static workshops: manual electrostatic detection is inefficient; employees entering the workshop without undergoing electrostatic testing can cause component breakdown and scrapping; badge swiping by proxy and unauthorized personnel sneaking into production lines are common; there is no record of electrostatic testing, making it impossible to trace the source of product damage caused by electrostatic discharge; visitors and outsourced personnel lack standardized anti-static access procedures; traditional turnstiles and human electrostatic testers operate as two independent systems, resulting in data fragmentation and disjointed control. Our company has launched the ESD Face Recognition Smart Turnstile Integrated Channel Control Solution, with the face recognition swing gate + human body electrostatic detection module as the core hardware, linked to the permission management platform. It integrates four major functions: face recognition identity verification, human body comprehensive electrostatic resistance detection, gate access control permissions, and entry/exit data traceability. Employees entering the dust-free anti-static workshop must complete both face recognition identity verification and wrist/foot electrostatic dual testing. The turnstile will only grant access if both tests pass; otherwise, it will automatically lock and trigger an audible and visual alarm. This solution is suitable for SMT workshops, chip assembly, optical precision manufacturing, PCB electronic workshops, and other high-level anti-static factories, achieving full-process intelligent and compliant control of workshop personnel access, and eliminating the risks of electrostatic damage and unauthorized entry.
Industrial Park Assembly Line Intelligent Workstation OTS Solution
Current electronic, assembly, and precision machining manufacturing lines commonly face management pain points such as lagging manual data collection, chaotic working hour statistics, inaccurate UPH capacity calculation, inability to trace defective products across the entire chain, lack of personnel qualification management, and disconnection between production line data and SFC/MES systems. Traditional paper reports, manual barcode entry, and offline manual statistical methods result in large data errors and poor real-time performance. When quality anomalies or capacity fluctuations occur, it is impossible to quickly locate workstation, personnel, or process issues, severely hindering the implementation of lean production in factories. Our company relies on a self-developed 8-inch industrial smart workstation card machine and a high-performance barcode reader hardware matrix to build a complete OTS workstation digital control platform, enabling the entire chain of employee check-in via card insertion, automatic barcode collection, real-time workstation data upload, UPH capacity analysis, personnel working hour statistics, quality traceability, and SFC/MES integration. Employees insert their cards to bind to a workstation and start work, and remove their cards to leave. The equipment automatically collects work order barcodes and product serial numbers, synchronizing production line data to the cloud backend in real time, achieving integrated digital management of personnel, workstations, processes, products, and yield rates. This solution is suitable for all types of assembly lines including SMT, assembly, testing, packaging, lithium battery, and PCB, helping factories achieve lean production, quality traceability, and visual capacity management.
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