Zebra Intelligent Material Management System is applicable to diversified inventory management scenarios across a wide range of industries, compatible with various on-site production conditions and enterprise consumables management.

Conventional management of production auxiliary materials relies heavily on manual operations and paper documentation with unsophisticated management tactics. Inventory assessment stays superficial without digging into core operational problems. Extensive and crude management is adopted throughout key processes including auxiliary material deployment, staff administration, business workflow and inventory control, resulting in severe unnecessary resource waste. Deficiencies in operational efficiency, data accuracy and cost control create an urgent need for management upgrading.

By combining intelligent hardware, proprietary management software and customized scenario adaptation, Zebra Smart Material Management addresses persistent pain points of traditional auxiliary material management such as low productivity, frequent human errors and poor product traceability, delivering remarkable benefits for corporate inventory control in three core dimensions: cost reduction, efficiency improvement and management precision optimization.

The Zebra Smart Material Management System consists of intelligent hardware and software platform:Hardware: Intelligent storage cabinets, control terminals, biometric identification devices, high-precision weighing modules and related accessories.Software Platform: Backend management system, user operation interface, data statistics & analysis module and early warning module, supporting seamless data interconnection with enterprise ERP, OA and other third-party business systems.

Intelligent Compartment Weighing Material Cabinet is an innovative storage unit integrating split multi-door & multi-bin layout, high-precision load cell sensors, IoT and intelligent control technologies. It is customized for multi-SKU, small-batch consumables, spare parts and precision components. Designed with independent door structures fitted with compartment sizes in varied specifications, every door is equipped with standalone weighing sensors to enable separated storage and independent supervision for different items and eliminate disorder from mixed stocking.

End users unlock designated cabinet doors via card swiping, facial recognition or fingerprint authentication for self-service material picking and returning. The built-in weighing system captures real-time weight fluctuations to automatically calculate consumption volume and deduct corresponding inventory without manual registration or barcode scanning. Featuring multi-level permission management, the system authorizes cabinet access by individual employee or department, alongside real-time stock monitoring, low-stock alerts, overdue reminders and consumption analytics. It auto-generates picking logs and consumption reports with cloud synchronization and open interfaces for ERP/MES integration.

Widely deployed in manufacturing workshops, precision machining workshops, laboratories, auto repair shops and electronics factories, the cabinet realizes partitioned, unattended and high-precision management of multi-category materials. It greatly accelerates picking efficiency, cuts labor expenditure, enables controllable material costs and full-process traceability of all inventory consumption.