Handheld Screwdrivers (ASG, JIT, SAS Series)

Description

Key Points:-

• Handheld manual assembly screwdrivers (ASG, JIT, and SAS models) engineered with precision torque control and ergonomic housing for extended production shifts.

• Available in electric brush and brushless motor configurations supporting a broad torque output range from delicate micro-screws ($M1.0$) to heavy structural fasteners.

• Features a precision mechanical clutch system that automatically disengages motor drive upon reaching target torque, preventing over-tightening, thread stripping, and material damage.

• Supports push-to-start or lever-start activation mechanisms with smooth bit integration across low, medium, and high torque profiles.

• Engineered for thermal stability, low vibration, and minimal noise to reduce operator hand strain.

• Designed for EMS assembly lines, consumer electronics manufacturing, and general hardware fastening applications.

The Handheld Screwdriver series—encompassing ASG, JIT, and SAS models—is designed for manual assembly tasks requiring reliable torque control and high operator comfort. Available in electric brush and brushless motor configurations, these drivers deliver consistent shut-off accuracy across low, medium, and high torque ranges. Their lightweight, ergonomic housings minimize operator fatigue during extended production shifts while maintaining thermal stability.

These tools accommodate a wide range of bit types and feature smooth push-to-start or lever-start activation mechanisms. Built-in clutch systems automatically disengage motor drive once the target torque setting is achieved, preventing thread stripping and structural component cracking. They are suited for EMS lines, consumer electronics manufacturing, and general hardware fastening applications.

Features

Featuring a precision mechanical clutch system, this screwdriver automatically shuts off the motor upon reaching target torque to prevent over-tightening, cross-threading, and material damage across delicate micro-screws up to heavy structural fasteners.

Its lightweight, low-vibration housing is designed for thermal efficiency, minimal noise, and reduced operator hand strain during prolonged shifts.

Available in broad torque configurations, the system delivers precise, reliable fastening for diverse assembly requirements.