输送机

产品说明

The JB-500C SMT Conveyor is a professional PCB transfer system engineered for flexible connection between SMT line equipment. It delivers reliable and consistent material handling with fully adjustable transfer direction, variable speed control, and precise rail width adjustment ranging from 50mm to 350mm — accommodating a wide variety of PCB formats used in modern electronics manufacturing.

Equipped with an intuitive touch screen control interface, the JB-500C supports the SMEMA communication standard, enabling seamless signal exchange and synchronization with upstream and downstream SMT production equipment. This ensures smooth board flow across the entire production line without manual intervention or complex integration work.

The conveyor utilizes an anti-static flat belt transmission system specifically designed to protect electrostatic-sensitive electronic components throughout the transfer process. This makes the JB-500C a safe and dependable choice for handling bare boards, populated PCBs, and other ESD-sensitive assemblies at any stage of the SMT process.

A key engineering feature of the JB-500C is its ball screw automatic width adjustment mechanism. This precision-driven system allows operators to change the rail width quickly and accurately via the touch screen, eliminating manual measurement and adjustment errors. The mechanism supports repeatable positioning, which is critical for high-throughput production environments running multiple PCB sizes.

The unit operates on AC 220V / 50Hz power and consumes only 0.2 kW, making it an energy-efficient addition to any SMT line. With a compact footprint of 500mm × 790mm × 810mm, a working height of 900 ± 20mm, and a total weight of approximately 50 kg, the JB-500C is easy to install, reposition, and integrate into both new and existing production line layouts. It supports PCB thicknesses from 0.6mm to 6mm and a maximum carrier weight of 1.5 kg, covering virtually all standard PCB assemblies encountered in contract manufacturing and in-house production environments.