Fully Automatic Dual-Track PCB Receiving Machine with 20s Magazine Replacement

Product Specification

Fully Automatic Double-Track PCB Receiving Machine, Industrial Circuit Board Automatic Receiving Machine

I. Product Introduction

The double-track fully automatic PCB receiving machine is a dedicated automatic receiving device for the back end of electronic intelligent manufacturing production lines. It is suitable for the final stages of circuit board assembly, insertion, soldering, and testing. The equipment features industry-standard and mature configurations, ensuring stable operation and compatibility with various standard production lines. It also incorporates several optimized structures to improve upon common industry problems such as easy board wear, downtime during material changes, and positioning errors in traditional receiving equipment. It can automatically and neatly collect completed circuit boards from each process, replacing manual receiving and effectively improving the automation level and production uniformity of the production line. It is suitable for mass production use in various electronic processing plants.

II. Equipment Parameters
Model: OK-AU-250S
Suitable Circuit Board Width: 50-250mm, Maximum Length: 350mm;
Suitable Material Frame Size: 355*320*563mm;
External Dimensions: 1550*1500*1300mm;
Inner Spacing of Fixed Crossbeams: 686mm.

General Core Parameters: Standard conveying height 900±30mm; 220V power supply, low power consumption design (0.35KW); machine weight 320kg; working air pressure 4-6bar; supports bidirectional conveying; dual-frame alternating operation, one frame working while the other is on standby, 20-second rapid frame change, no downtime required.

III. Equipment Features

1. Basic Standard Configuration | Industry-Common: Equipped with an industrial programmable control system, suitable for long-term continuous mass production, stable operation, and low failure probability; features an intelligent touch operation interface with built-in automatic equipment anomaly diagnosis function, coupled with touch pop-up windows and dual audio-visual prompts, making daily maintenance simple and easy to learn; standard universal equipment docking ports allow for smooth connection to various automated production line equipment, offering strong versatility and wide applicability.

2. Core Features | Superior to Conventional Models

① The machine body adopts a closed sheet metal aluminum alloy composite structure, providing excellent protection, shock resistance, and deformation resistance, suitable for long-term operation in complex workshop conditions;

② A stepper motor paired with a ball screw drives the material frame lifting, ensuring smooth and precise operation. It supports multiple pitch adjustments of 10/20/30/40/50mm, adapting to various production processes;

③ Utilizing a three-point pneumatic clamping and positioning structure, combined with a hand-cranked adjustable width mechanism, the material frame is precisely positioned without deviation, quickly adapting to various specifications of sheet metal and material frames;

④ An internal sheet metal pushing and protective structure flexibly accommodates circuit boards, effectively preventing sheet metal compression and impact damage, reducing production process losses;

⑤ Dual material frame cyclical operation allows for rapid material changes without line stoppage, ensuring continuous material collection without interruption, effectively improving the overall production line efficiency.

IV. Application Scenarios

1. Receiving Materials at the End of Welding Process: Adapted for the finishing work of reflow soldering, automatically receiving and neatly storing circuit boards after they have exited the furnace, replacing manual picking of boards, avoiding scratches and messy placement caused by manual operation, and improving production cleanliness and work efficiency.

2. Receiving Materials at the End of Multiple Processes: Can be used at the end of multiple processes such as circuit board pattern transfer, etching, and solder masking, automatically collecting finished boards, connecting upstream and downstream processes, and ensuring smooth and orderly flow of the entire production line.

3. End of Component Assembly Line: Adapted for the end-of-process operation of component assembly, automatically collecting finished component assembly circuit boards, neatly storing them in the material frame, preparing for subsequent welding, performance testing, and packaging processes, and achieving fully automated connection of the entire process.