SMT PCB Shuttle Conveyor With Multi-mode Adaptation Precise Linear Module Drive

Product Specification

SMT Parallel Transfer Machine (Transfer Machine)

This equipment functions as a multi-mode adaptation pcb shuttle conveyor for modern electronics manufacturing.

This parallel transfer and connection equipment is specifically designed for SMT production lines. It comes in single-cart and double-cart standard models, with customization options available. Utilizing a closed sheet metal and aluminum alloy structure, linear module and stepper motor drive, and a PLC control system with a touchscreen interface, it achieves fast, precise, and stable PCB board transfer. Supporting multiple modes such as one-in-two-out, two-in-one-out, and two-in-two-out, it features a standard SMEMA communication interface, enabling functions such as production line merging, track gauge connection, and OK/NG splitting. The top-opening safety cover facilitates equipment maintenance and adapts to various production line optimization needs.

Equipment Specifications & Core Parameters
Standard Model Comparison
Item OK-YZJ-1300 Single-Cart Transplanter OK-YZJ-4500 Double-Cart Transplanter Applicable PCB Size Width 50-350mm × Length ≤450mm Width 50-280mm × Length ≤450mm Effective Travel Stroke 686mm 3000mm Overall Dimensions 500×1300×1300mm 500×4500×1300mm

Basic General Parameters (Taking OK-YZJ-1300 as an example)
Item Parameter Details Equipment Model OK-YZJ-1300 (Single Cart) / OK-YZJ-4500 (Double Cart) Conveying Height 900±30mm (Compatible with mainstream SMT lines) Power Supply Load 220V / 0.35KW Conveying Direction Left-Right / Right-Left Bidirectional optional load capacity 2kg, equipment weight 130kg (single-carriage model). Track configuration: single-carriage/dual-carriage optional. 1.4 fixed edge customization service supports customization of size, stroke, and function.

Equipment Features:

1. Flexible multi-mode adaptation: Supports one-in-two-out/two-in-one-out/two-in-two-out/straight-through modes, easily realizing production line merging, diversion, and connection, adapting to different production scenarios.

2. Precise and stable transmission: Linear module + stepper motor drive, combined with PLC control system, ensures fast, accurate, and smooth transmission, guaranteeing stable PCB board delivery.

3. Safe and easy-to-maintain design: Enclosed sheet metal + aluminum alloy body, top-openable safety cover for convenient internal hardware maintenance; full-process audible and visual alarm + touch screen alarm reduces the risk of failure.

4. Seamless compatibility with SMT lines: Equipped with a standard SMEMA communication interface, it can directly connect to reflow soldering, wave soldering, AOI, and other equipment to achieve automated production line integration.

5. Cost Reduction and Efficiency Improvement Tool: This tool can merge multiple production lines into a single furnace, achieving equipment resource sharing, saving equipment procurement costs, and optimizing production line layout.

Application Scenarios:
1. Production Line Resource Sharing: It consolidates PCB boards from two SMT production lines into a single reflow/wave soldering machine, achieving resource sharing and reducing equipment investment costs.

2. Track Gauge Misalignment Connection: Used for misaligned translation between single-track and double-track equipment in SMT production lines, solving the problem of PCB board transfer between equipment with different track gauges.

3. Automatic OK/NG Separation: Linked with AOI inspection equipment, it transports OK/NG boards to different tracks based on inspection signals, achieving automated sorting and improving production efficiency.   

This equipment handles board movement, flipping, or buffering within automated SMT lines. It helps reduce the number of times an operator needs to touch a board, which lowers the risk of damage and keeps cycle times predictable.