Publish Time: 2026-02-04 Origin: BBA AUTOMATION
The LED production assembly line requires highly consistent, efficient, and gentle fastening for delicate light strips, drivers, and panel components. The Automatic Servo Screwdriver System M1–M3 is purpose-built to meet these demands, combining automatic operation, stable servo control, and wide compatibility with micro screws to support stable, high-yield assembly.
This system supports M1–M3 micro screws, the most commonly used fasteners in LED production assembly line applications. Whether for thin plastic lamp housings, compact driver boards, or lightweight heat sinks, the system provides precise torque matching for each screw size. The wide fastening range eliminates the need for frequent tool changes, greatly improving continuity in mixed-model production. Special feeding and guiding structures prevent jamming of small screws, ensuring stable feeding even for the smallest M1 fasteners.
| Product name | Applicable to multiple sectors |
| screw locking system | LCD |
Powered by a high-performance servo drive system, the screwdriver delivers closed-loop torque control with accuracy as high as ±1%. This level of precision is critical in LED production to avoid cracking housings, damaging PCBs, or creating loose connections. The servo mechanism adjusts speed and force in real time, maintaining smooth, low-vibration operation that protects fragile LED components. Consistent performance across long runs ensures uniform product quality and reduces rework caused by unstable fastening.
Designed for seamless integration into the LED production assembly line, the system features fully automatic feeding, positioning, driving, and detection. It can communicate with upstream and downstream stations to achieve synchronized line operation, supporting continuous mass production. Operators can save and recall multi-group fastening programs, enabling quick model switching. Real-time monitoring detects missing screws, floating screws, and abnormal torque, issuing immediate alerts to prevent defective products from entering the next process.