212 Smart Nozzle Storage Cabinet

The 212 series intelligent nozzle storage cabinet addresses the pain points of nozzles on SMT production lines, namely their small size, scattered location, high cost, and difficulty in management. It automates the classification, sorting, and tray distribution of nozzles, eliminating the need for manual contact during production and use. Through intelligent identification software, the system also enables full lifecycle management of nozzles from warehousing and requisition to maintenance.

Parameters

212 Series Intelligent Nozzle Storage Cabinet System

The 212 series intelligent nozzle storage cabinet system is equipped with multi-layer storage grids, supporting bulk storage and retrieval of nozzles from mainstream pick-and-place machines such as Fuji, Panasonic, and ASM. It can also be configured with special mesh format storage disks for scattered storage and retrieval, and is compatible with the reading, identification, and storage of non-standard nozzles.

Key parameters:

Maximum storage capacity: 5000 nozzles
Hourly processing capacity: Approximately 300 nozzles
Processable nozzle types: 20 types
Nozzle recognition method: QR code, character recognition, AI intelligent recognition (Additional charges apply)

Feed gate

Nozzle storage compartment (ASM / Fuji / Matsushita)

Manual feeding position

Distribute and match nozzle automatically

Nozzle into the storage automatically

Intelligent interception of faulty nozzles

Defective nozzle interception

Nozzle control

Say Goodbye to Manual Management, Achieve Intelligent Upgrade

Solve Industry Pain Points: Fill the gap in traditional SMT maintenance systems regarding nozzle/buckling management, eliminating surface mount quality and production efficiency issues caused by nozzle problems.
Full-Process Automation: Replaces manual recording and reporting, achieving fully automated operation of nozzle cleaning, inspection, storage, maintenance, and usage.
Data-Driven Management: Collects data from all dimensions, provides visual displays, and offers precise early warnings, making nozzle management monitorable, traceable, and analyzable.
Improve Efficiency, Quality, and Reduce Costs: Improves cleaning efficiency and inspection accuracy, reduces rejection rates, decreases labor costs and equipment failure rates, and improves the overall uptime of the SMT production line.