Material Collection Solution

The HYVODA Material Retrieval Solution integrates IoT, RFID technology, and an intelligent management system to enable intelligent storage and automated material management. This solution helps businesses in various industries improve material management efficiency, ensure precise storage, and provide real-time inventory updates, reducing human errors and optimizing supply chain management.

Drawer-Type Weighing Material Cabinet

Drawer-Type Weighing Material Cabinet is an integrated storage and weighing solution developed by HYVODA for “small-to-medium batch materials requiring dust-proof storage, easy access, and precise weight tracking”—such as electronic components (chips, connectors), small hardware (screws, nuts in small batches), laboratory reagents (10-500ml bottles), and automotive mini-parts (sensor components, fasteners). It combines smooth sliding drawer structures, high-precision weighing sensors embedded in drawers, and intelligent data management to solve core pain points of traditional material storage: “dust contamination of exposed materials”, “difficulty in weighing materials without removing them from drawers”, “time-consuming manual inventory of drawer-stored items”, and “loss of small materials in deep drawers”.

Weighing Material Cabinet Design – Small Compartment Cabinet

Weighing Material Cabinet (Small Compartment Version) is a specialized storage and weighing solution developed by HYVODA for “small-sized, micro-quantity materials”—such as electronic components (resistors, capacitors), precision hardware (mini screws, washers), laboratory reagents (micro-scale powders), and medical consumables (small syringes, test strips). It integrates high-density small-compartment layout, ultra-precise micro-weight sensors, and intelligent inventory management to address core pain points of traditional small-material management: “disordered storage leading to loss”, “inaccurate manual weighing of micro-materials”, “time-consuming inventory counting of small batches”, and “difficulty in tracing tiny high-value items”.

Weighing Material Cabinet Design – Large Compartment Cabinet

Weighing Material Cabinet (Large Compartment Version) is a specialized storage solution developed by HYVODA for “large-sized, heavy-duty materials” (e.g., mechanical parts, bulk industrial consumables, large tool assemblies) that require both weight management and secure storage. It integrates high-load-bearing weighing sensors, extra-large compartment design, and intelligent control systems to address core pain points of traditional large-material management—such as “difficulty in weighing heavy items with portable scales”, “disordered storage leading to retrieval delays”, “inaccurate manual weight recording”, and “high risk of damage to large materials during handling”.

Intelligent Weighing Cabinet

Intelligent Weighing Cabinet is a high-precision material management solution developed by HYVODA for scenarios requiring “accurate weight measurement of materials, traceable inventory changes, and strict control of material usage”. It integrates one-compartment-one-scale high-precision weighing technology, intelligent data acquisition, and multi-modal access control to realize “automatic weight detection of materials, real-time inventory update, and full-process data traceability”—addressing core pain points of traditional material management such as “inaccurate manual weighing”, “cumbersome paper-based weight recording”, “difficulty in tracking material consumption”, and “high error rate in inventory counting”.

Rotary Lane Material Cabinet

Rotary Lane Material Cabinet is an innovative material storage and management solution developed by HYVODA for scenarios requiring “high-density storage of small-batch, multi-category materials” and “precision control of material retrieval quantities”. It integrates multi-layer independent rotary lane technology, intelligent identification systems, and centralized background management to achieve “space-efficient storage, automated retrieval positioning, and controllable pick quantities”—addressing pain points of traditional material cabinets such as “low space utilization”, “disordered material placement”, and “uncontrolled over-retrieval”.