ACOPOStrak: High-Power-Segments & Wash-Down-Shuttles
Power Zones for Maximum Dynamic Performance
As demands on production lines continue to rise, industrial transport systems must keep pace. With ACOPOStrak, B&R shows how this can be achieved: the adaptive transport system stands out for its exceptional flexibility and unique high-speed diverters. B&R is now expanding the portfolio: high-power segments that deliver even greater performance within the same footprint, and wash-down shuttles designed for areas with stringent cleaning requirements, such as primary packaging.
ACOPOStrak is the only system in the world that can individually split and merge product flows at maximum speed while maintaining full machine throughput.
Anyone who has seen ACOPOStrak in action knows just how much speed this system delivers. With the new high-power segments, machine builders can now unlock even more potential from their track: integrated liquid cooling ensures efficient heat dissipation — creating the basis for consistently enhanced performance, even in highly dynamic applications.
More productivity per square meter
With the new high-power segments, ACOPOStrak becomes a true high-performance track system. By cooling individual sections, additional performance reserves are created for particularly demanding zones where many shuttles accelerate or decelerate simultaneously. At the same time, the enhanced electronics enable greater shuttle density — especially at diverters, in curves, and on vertical track sections. Since the segments are fully compatible with standard ACOPOStrak segments, they can be integrated precisely where additional performance is needed. The result: higher throughput within the same footprint and a faster return on investment.
Wash-down shuttles with IP64 rating
With the wash-down shuttle, ACOPOStrak extends its flexibility into primary packaging applications. The shuttle design features smooth surfaces and corrosion-resistant materials tailored for regular cleaning processes. At the same time, customers do not need to compromise on performance: speed, precision, and the diverter capability remain fully intact. Reduced downtime also contributes to higher overall equipment effectiveness.