Transducer Controlled Robotic Screwdriver QMT 0.02-5 Nm

Transducer Controlled Robotic Screwdriver QMT 0.02-5 Nm

Transducer Controlled Robotic Screwdriver QMT sets the benchmark for precision and reliability in automated assembly lines. This series from Atlas Copco features an integrated transducer that measures the true torque applied to the screw in real-time, rather than relying on current estimation. This technology ensures a “Zero Fault” process even in the most critical applications within the electronics, automotive, and medical industries.

The QMT is engineered specifically for the era of Collaborative Robots (Cobots). It comes with full URCaps support, enabling rapid “Plug & Play” integration with Universal Robots. Thanks to its lightweight and compact design, the screwdriver reduces payload stress on the robot arm, allowing for faster and more agile movements. Furthermore, the tool is Clean Room certified and ESD protected, ensuring maximum safety for sensitive components.

Integrating the QMT into your production line allows for full process monitoring, data recording, and quality assurance at the highest level. Check out our full range of MicroTorque Tools for advanced automation solutions.

Key Features of Transducer Controlled Robotic Screwdriver QMT

• High Precision: The screwdriver delivers exceptional accuracy ranging between 2.5% and 5%, thanks to direct torque measurement via the built-in transducer.
• URCaps Integration: Seamless connectivity with Universal Robots, significantly reducing installation and programming time on the production line.
• True Torque Measurement: Unlike current-controlled tools, the QMT measures the actual physical force applied, eliminating deviations caused by temperature changes or motor efficiency.
• Compact & Lightweight: Designed to save space and weight on the robot arm, enabling the use of smaller, more cost-effective robots.
• ESD & Clean Room Ready: Suitable for manufacturing sensitive electronic components and sterile production environments.

Frequently Asked Questions

Q: What is the difference between the QMT and QMC series?
A: The QMC is a current-controlled screwdriver (approx. 10% accuracy), while the QMT is a Transducer Controlled tool providing True Torque measurement with high accuracy of 2.5%-5%, suitable for critical applications.

Q: Does the QMT support smart tightening strategies?
A: Yes, the tool supports advanced strategies such as Seating Control Strategy (SCS) and torque monitoring, preventing product damage and ensuring consistent tightening.