A higher target production output rate is the most common challenge for many assembly industries. For handheld applications, operator ergonomic requirements are steadily increasing to ensure healthy work for all the operators. And also to keep the product quality and production efficiency at the highest possible levels. Considering fully automatic stations, low reliability of the automation equipment can lead to loss of station uptime and impact production efficiency.
• Focusing on the tightening operation by removing additional picking tasks.• Automating assembly process in a fast and more efficient way. • Reducing human errors like picking up the wrong fastener or dropping screws into the final product.
• Maintaining a high production output from a long-term perspective.• Assembling products in the shortest time possible. • Maintaining and troubleshooting for minimizing station downtime in case of problems.
• Providing the right tools and technology to achieve maximum efficiency for semi-automated and automated operations.• Maintaining and improving the quality of the final products with an ergonomic tool design.
As part of the Smart Connected Assembly, Atlas Copco’s screw feeding systems include innovative feeding concepts with proven and reliable driving tools, connected to the Power Focus 6000 platform.
The technologies we use help industrial manufacturers to significantly increase the production output with the highest uptime and tool availability.
Maximizing uptime and productivity, while keeping your production shop floor silent is complicated
Our SF36 Step Feeders are designed for high reliability and maximum uptime while reducing environmental noise significantly compared to conventional bowl feeders. By using the step feeding concept to transport the screws to the sorting unit, damage to sensitive screw coatings are reduced as well.
Mastering handheld applications in high-speed production lines with increased operator ergonomics
The HTM32 Series Handheld Tightening Module consists of an Atlas Copco driving tool with a screw feeder attachment. High productivity and tool uptime is achieved by using state-of-the-art concepts in feeding technology, hardened wear parts, and the highest quality driving tools.
With the available trigger options and the optional pistol grip, the handheld tightening module is the perfect match for both vertical and horizontal handheld applications.
Excellence in productivity with lightning-fast cycle rates in fully automatic tightening applications
The FTM32 Series Fixtured Tightening Module consists of an Atlas Copco driving tool with a screw feeder attachment. The innovative swivel arm feeding concept is designed to cope with the toughest requirements on cycle time and the integrated pneumatic stroke allows minimum center-to-center distance in multichannel applications.
Screw feeding systems are now easily integrated into the Atlas Copco ecosystem through the Power Focus 6000 platform.
Our solutions enable you to significantly reduce costs associated with assembly tools while improving the productivity, quality, and ergonomics in the station; as well as providing the flexibility needed in today’s environment of frequent change.
Atlas Copco provides a full range of tightening tools, enabling you to pick the right tool for each application, with superior performance and ergonomics. We provide Total Workstations, including workstation accessories for operator interaction, Industrial Location, and scalable automated solutions.
Our solutions are complemented with a full assembly software suite for configuring controller set-ups, collecting and analyzing tightening data, managing quality assurance processes, guiding the operator, up to controlling the whole assembly process.
In addition, Atlas Copco provides a complete service portfolio supporting from startup to repair and optimization for maximum uptime of industrial assembly stations.
We aim to be present in all phases of our customer processes, it is all about having seamlessly connected products that are easy to integrate, provide a unique user experience and relevant data in real-time. This is what we call Smart Connected Assembly - Powered by data.
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