Get it right from the first to the last screw
Why Precision Matters in Electronics Assembly
Electronics assembly requires zero-defect fastening. A single floating screw, stripped joint, or misaligned thread can cause product failures, warranty claims, or costly recalls.
Atlas Copco’s Smart Integrated Electronics platform, powered by MicroTorque screwdrivers and the MTF6000 controller, ensures:
Consistent Tightening Accuracy
Automated error-proofing strategies
Traceable data for audits and compliance
Every Product, Error-Free.
Designed for low torque, high precision applications in electronics, wearables, automotive ECUs, and consumer devices.
The smart multi-step tightening strategy monitors all three stages — thread engagement, rundown, and final tightening — reducing cycle time while ensuring high quality, maximum productivity, and flexibility.
Every second counts on your production line. Every defect costs money, time, and reputation. We help you eliminate risks, reduce costs, and accelerate production by ensuring every fastening is right — every time.
The Tools Behind the Value
Frequently Asked Questions
What is a floating screw in electronics assembly?
A floating screw looks tight but is not fully seated. Traditional clutch tools often miss this defect, leading to hidden failures.
How do MicroTorque screwdrivers prevent assembly errors?
They use advanced tightening strategies like TSM and SCS to detect seating points, ensuring correct clamp force.
What is the difference between current-controlled and transducerized screwdrivers?
Current-controlled tools estimate torque via current supply (accurate, but less traceable).
Transducerized tools measure real torque values with full traceability for compliance and quality audits.
What makes Atlas Copco MicroTorque tools different from conventional clutch screwdrivers?
Clutch tools only shut off at torque, missing hidden issues like floating screws. MicroTorque tools use advanced strategies (TSM & SCS) to validate clamp force and prevent defects.
How does error-proofing benefit my production line?
Error-proofing eliminates common problems — floating screws, stripped joints, and misaligned parts — reducing rework, scrap costs, and warranty claims.
Will operators need a lot of training to use these tools?
No. Operator guidance is built in — LED lights, vibration alerts, and batch sequence workflows simplify use, reduce mistakes, and lower training time.
Are these solutions sustainable?
Yes. MicroTorque systems are compact, lightweight, and energy-efficient. With preventive maintenance and long service life, they lower both costs and environmental impact.