Micro Torque smart screwdrivers

Create a Smart Factory with Atlas Copco Micro Torque Screwdrivers

Industry 4.0 - the Fourth Industrial Revolution - is driving the evolution of the assembly process. Digitization of production and assembly lines changing the way we look at production in terms of production optimization and automation. The more informed you are, the better decisions you can make. Having smart tools on your line means you have specific tightening information fed into the production system, information
communicated regarding critical details about your components, materials and tensioning process.

This provides a valuable opportunity to increase efficiency and results in proactive problem solving, with significant energy savings
to improve efficiency.

We call it - "Smart Connected Assembly".


MicroTorque hand screwdrivers are designed to deliver outstanding quality with superior productivity in all assemblies
process.

– High precision current controlled tools.

– Torque and angle monitoring for errors adapted to each process.

– Advanced seat tension control. A strategy that eliminates floating screws.

– Advanced seat torque monitoring to provide final torque and monitor clamping torque (unique to MTF 6000).

– Ergonomic design: comfortable handling and light weight to maximize operator satisfaction.

– Controllers and tools are ordered separately. There are hand tools and tools for fixed applications.


VIDEOS

MicroTorque MTF6000, the future in clamping small moments - Torque seating monitoring

Combining productivity with flexibility has never been so easy. This is the most innovative and smart fastening method for low torque applications - super smart for continuous improvement process analysis.

Essential Product: MicroTorque: MTF6000 Overview

Atlas Copco's robust line of low torque products and solutions is what we call "MicroTorque". Enabling full process control, improved quality and optimized tightening processes, MicroTorque products from Atlas Copco are ideal solutions for your low torque processes.