Automatic Tool Changer Benefits Machine-Adapted Clamping Units in Turning Centers

Sandvik Coromant Company introduces its automatic tool change (ATC) for machine-adapted clamping units (MACU) in turning centers. This solution enables unmanned production, free from manual handling for improved machine utilization and increased output.

In complex part production, the time-consuming process of manual tool changes often results in low utilization of turning centers. However, a new automatic tool change solution for machine-adapted clamping units addresses this issue by enabling full automation in turning centers.

ATC for MACU enables full automation for turning centers and eliminates the need for manual handling. The result is higher machine utilization and increased productivity. Furthermore, complex part production becomes more efficient with an ATC-enabled turning center, streamlining the manufacturing process. The result is a quick return on investment that will lower the cost per part.

“This solution is a true game-changer, enabling fully unmanned operations in turning centers where robots can handle all tasks typically performed by human operators. Previously, robotic tool changes were slow and imprecise, often resulting in broken tools due to incorrect torque values, which is costly over time. Our automatic tool change technology for turning centers now offers unprecedented flexibility and control over tool holder setups,” says Bo Hammarberg, global product manager at Sandvik Coromant.

“In 2010, we identified a growing trend: customers were increasingly looking to invest in automation for turning centers. The idea of a fully automated lathe couldn’t be ignored. In 2012, we developed and showcased a small robotic cell, which sparked significant interest from customers. We’ve continued to develop the solution since and are now at the point where we can make this solution available to existing and future customers,” explains Hammarberg.

ATC also offers sustainability benefits. Key advantages are reduced energy consumption, resource efficiency, waste reduction and improved overall equipment efficiency (OEE). Efficiently utilized machines operating at optimal levels will minimize idle time and energy waste, enable more output with fewer resources and lead to fewer breakdowns and reduced downtime.