SMT Dual-Rail Automatic PCB Stacking and Receiving Machine, Adjustable PCB Stacking and Receiving Machine

SMT Dual-Rail Automatic PCB Stacking and Receiving Machine - Adjustable PCB Stacking and Receiving Machine

I. Product Overview
This dual-track PCB stacking and receiving machine is an automated equipment for SMT production lines. It adopts a dual-track conveyor design, suitable for batch PCB production. It supports bidirectional conveying, adjustable specifications, and can interface with reflow soldering, through-hole assembly, PCB etching, and solder mask processes. It automatically completes the neat stacking and storage of circuit boards, replacing manual board collection, and is suitable for various small and medium-sized automated production lines.

II. Equipment Features

1. Sturdy Body: Enclosed sheet metal + aluminum alloy structure, good protection, suitable for long-term continuous operation in the workshop.

2. Smooth Board Feeding: Cylinder-push-down board feeding, smooth operation, effectively preventing PCB scratches and deformation.

3. Intelligent Control: PLC main control + touch screen operation, with built-in fault diagnosis, audible and visual alarms, stable operation, and convenient maintenance.

4. Flexible Modes: Supports one-button switching between straight-through and bidirectional board feeding, and manual screw width adjustment, adaptable to multiple PCB sizes.

5. Universal Compatibility: Standard SMEMA communication interface, compatible with all SMT equipment, small footprint, and simple installation.

6. Energy Saving and Quiet Operation: Low power operation, suitable for normal workshop air pressure conditions, low energy consumption, and wide applicability.

III. Application Scenarios

Widely used for automatic board stacking and reassembly at the end of SMT reflow soldering processes; compatible with PCB etching, solder mask, and other process finishing and material collection; can be used with automatic circuit board collection at the end of the insertion line, connecting to subsequent soldering and testing processes to achieve fully automated board collection operations.