Dual-track stacking PCB take-up machine, fully automatic SMT PCB take-up machine

Dual-track Stacking PCB Receiving Machine - Fully Automatic SMT PCB Receiving Machine

I. Product Overview
This dual-track stacking PCB receiving machine is specifically designed for the automated stacking and receiving of PCBs at the back end of SMT production lines. It features a compact design, stable operation, and can be integrated with reflow soldering and through-hole assembly lines, reducing manual board handling and improving production line efficiency.

IV. Equipment Parameters

Equipment Model: OK-LLM-250S

Dimensions: 600 x 1080 x 1300 mm

Conveying Height: 900 ± 30 mm

Applicable PCB Width: 50-460 mm

Applicable PCB Maximum Length: 450 mm

Power Supply: 220V / 0.35KW

Conveying Direction: Switchable Left and Right

Working Air Pressure: 4-6 bar

Equipment Weight: 120 kg

Distance Between Fixed Sides: 686 mm

Rail Type: Double Rail

II. Equipment Features

1. Enclosed sheet metal aluminum alloy structure, excellent safety protection performance

2. Cylinder pusher for downward conveying of boards, stable board loading

3. PLC control system, stable and reliable operation

4. Touch screen operation, with built-in automatic fault diagnosis

5. Supports straight-through mode, one-button switching of conveying direction

6. Hand-cranked screw width adjustment mechanism, stable and precise amplitude adjustment

7. Multiple alarm prompts (audio-visual + screen), rapid fault identification

8. Standard SMEMA Communication interface, compatible with production line connectivity

9. Small footprint, saving workshop space

III. Application Scenarios

1. Reflow Soldering Backend: Receives reflow soldering output PCBs, automatically and neatly stacks them, replacing manual board picking and improving efficiency and yield.

2. PCB Multi-Process Backend: Automatically collects PCBs after pattern transfer, etching, solder masking, and other processes, ensuring smooth process flow.

3. Component Insertion Line End: Automatically collects and neatly stores completed component insertion circuit boards for easy subsequent soldering and testing.