Product Overview
The OK-6000S/OK-8000S SMT Mini Loader with Touch Screen is a compact, high-stability PCB automatic loading solution designed for SMT/DIP production lines. With dual models and PLC control, it delivers reliable performance while saving workshop space, ideal for small to medium-sized factories.
Model Specifications
Model ,Suitable PCB Size ,Machine Dimension (L×W×H) ,Conveyor Height ,Power Supply ,Conveyor Direction ,Weight ,Rail Type

OK-6000S ,50-280mm (W), Max 450mm (L) ,500×500×1680mm ,900±30mm ,220V/0.35KW ,Left-Right/Right-Left Optional ,130kg ,Single Rail

OK-8000S ,50-350mm (W), Max 450mm (L) ,500×500×1680mm ,900±30mm ,220V/0.35KW ,Left-Right/Right-Left Optional ,130kg ,Single Rail

Key Features
Safe Structure: Enclosed sheet metal + aluminum alloy design for maximum operator safety
Space-Saving: Only 0.2㎡ footprint, no extra magazine required, easy to operate
Wide Compatibility: Works with semi/auto printers, supports single/double-sided PCBs, no-board alarm
Touch Screen Control: User-friendly interface with automatic fault diagnosis
PLC Control: Stable and reliable operation for long-term production
Auto Leveling: Automatically feeds tilted PCBs, no manual adjustment needed
Multiple Alarms: Sound, light and on-screen prompt alarms for real-time monitoring
Standard SMEMA Interface: Seamless integration with all standard SMT line equipment
Application Scenarios
SMT Production Line: Installed in front of solder paste printers to feed PCBs to placement machines
DIP Production Line: Transports inserted PCBs to wave soldering equipment
Testing Line: Loads PCBs for ICT in-circuit testers and FCT functional testers
Why Choose This Loader?
This SMT Mini Loader combines compact design, intelligent touch screen control, PLC stability and wide compatibility, helping you save space, reduce labor costs and improve production efficiency. It is the ideal PCB loading solution for your SMT/DIP workshop.

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.