The HDY-J0.5SJ 0.5M dual rail SMT docking station is a compact automatic linking equipment specially designed for small-scale SMT production lines, station docking and short-distance PCB transfer. Adopting an integrated thickened steel frame structure with a 500mm total guide rail length, the machine supports synchronous dual rail adjustment and can stably convey PCBs with a maximum width of 300mm, suitable for the production of most conventional PCBs, LED boards and consumer electronic circuit boards.

Equipped with a 4MM thick anti-static flat belt, the equipment effectively avoids static damage, board scratching and slipping. Driven by a high-precision stepper motor with a stepless adjustable speed range of 0.5-9m/min, it adapts to multiple production scenarios including low-speed precision inspection and high-speed mass production. It features a single-section independent control system and 2 photoelectric sensors matched with a dedicated industrial control board, which can intelligently identify PCB entry and exit status to realize automatic start-stop, anti-stacking and anti-jamming functions.

Upgraded with three practical functions including LED light frame, cooling fan and PCB through detection, this conveyor solves common problems such as insufficient workstation light, equipment overheating and missing PCB detection. The standard 900±20mm transfer height is fully compatible with mainstream SMT equipment including solder paste printers, chip mounters, AOI inspectors and reflow ovens. With a fixed left-to-right conveying direction and a complete set of electric control box, it is plug-and-play with simple installation and debugging, ideal for flexible automatic production lines of small and medium-sized electronic factories.

1. 1. Multi-functional Upgraded Design, More Practical Than Ordinary Basic Conveyors Conventional 0.5M docking stations on the market only have basic conveying functions without lighting, heat dissipation and detection functions. This machine uniquely integrates LED light frame, cooling fan and PCB through detection, realizing multi-purpose use. No additional auxiliary equipment is required, saving production line renovation costs.
2. 2. Precise Speed Control by Stepper Motor, More Stable Operation Most low-end peer products adopt ordinary DC motors with large speed fluctuation, board deviation and high noise. This machine uses an industrial-grade stepper motor with precise stepless speed adjustment from 0.5 to 9m/min, ensuring no stalling at low speed and no drifting at high speed, zero PCB deviation during transmission, suitable for precision electronic board production.
3. 3. 4MM Thickened Anti-static Belt, Durable & Board-protective Competitors generally use 2-3mm thin belts which are easy to deform, crack and generate static electricity. The 4MM thickened anti-static flat belt is wear-resistant and anti-aging, which can release static electricity for a long time, protect precision components from electrostatic breakdown and avoid PCB scratch defects.
4. 4. Dual-sensor Intelligent Detection, Anti-jam & Anti-miss Detection Ordinary conveyors with single sensor are prone to board stacking, missing transmission and false shutdown. The linked dual photoelectric sensors cooperate with the through detection function to accurately identify board status and realize automatic start-stop, effectively reducing PCB scrap rate and equipment failure rate.
5. 5. Compact Steel Frame Structure, Perfect for Small Production Lines The 500mm short rail compact design saves workshop space. The integrally welded steel frame ensures no vibration or deformation during operation, suitable for narrow stations and short production line docking, with higher versatility and compatibility than bulky peer models.
6. 6. Standard Plug-and-play Configuration, No Complex Debugging The whole machine is equipped with a complete electric control box and finished wiring without secondary modification. The 900mm standard height is compatible with all mainstream SMT equipment, greatly reducing customers’ installation and maintenance costs.

• 1. Short-distance station docking for small and medium-sized fully automatic SMT production lines;
• 2. Transfer and docking of LED strips, small circuit boards and consumer electronic PCBs;
• 3. Short line connection between SMT printers, chip mounters, AOI inspectors and reflow ovens;
• 4. PCB manual inspection and re-inspection conveying workstations in electronic factories;
• 5. Production lines for automotive electronics, power supplies and smart home small circuit boards;
• 6. Small-batch PCB sampling and test transfer scenarios in laboratories and sample rooms;
• 7. High-precision PCB production workstations requiring lighting, heat dissipation and through detection.