Automatic screwing unit FM513VZR

for screw assembly

This product is an ultra-low thrust model of a single-axis automatic screw driving machine. By minimizing the thrust force during screw driving, it contributes to reducing the load on the workpiece and reducing screw driving defects such as seizing. In addition, it has achieved cycle time reduction by improving thrust force control. - Reducing the load on the work and reducing screw tightening defects: By offsetting the weight of the screwdriver bit lift mechanism against the pressing force (self-weight cancellation function), the thrust force during screw tightening is reduced by approximately 70% compared to conventional models, making it possible to tighten screws gently on the workpiece. This prevents seizing and diagonal tightening due to excessive thrust force. Additionally, by reducing the thrust force when detecting screw height fault, the deflection of the workpiece is reduced, and the accuracy of the detection is improved. - Shortening cycle time through advanced thrust control: The advancement of the motion control system has enabled a significant reduction in cycle time. The maximum speed of the driver bit lift mechanism has been increased by approximately 40% compared to previous models, which is particularly effective in processes with long tightening strokes. Examples of Usage: ① Minimizing the load on the workpiece and reducing screw-tightening defects by minimizing the thrust force of the screw-tightening process ECU boards for in-vehicle use, LiDAR, etc. ② Improving productivity by reducing cycle time Products that require a long tightening stroke, such as automobile headlights - Category: AUTOMATIC ASSEMBLY MACHINE / Single Spindle Screw Driving Machines - Type: Single Spindle Screw Driving Machines (ultra-low thrust Type) Technical Specifications / Features: - Ultra-low thrust model for gentle screw tightening - Reduces thrust force by approximately 70% compared to conventional models - Prevents seizing and diagonal tightening - Improved detection accuracy for screw height faults - Cycle time reduction through advanced thrust control - Driver bit lift mechanism speed increased by approximately 40% - Ideal for ECU boards, LiDAR, and products requiring long tightening strokes