ACOPOStrak by B&R stands as a modular and versatile product conveyance system driven by shuttles on a long-stator linear motor. The latest Metal-to-Metal (M2M) enhancement empowers the system to manage bulkier payloads, reach superior acceleration and cornering velocities, and minimize mechanical friction for decreased maintenance and maximized uptime.
Shifting shuttles with heavy weights or overhanging loads generates substantial physical stress. As velocity and motion dynamics intensify, so do these forces. This is precisely where B&R’s ACOPOStrak Metal-to-Metal upgrade makes the difference.
This is especially critical for assembly automation, where components must be swiftly loaded onto shuttles with unwavering precision. Furthermore, there is an increasing appetite within the consumer packaged goods (CPG) sector for compact transport designs that deliver high-speed performance and volume. At this juncture, the ACOPOStrak M2M configuration, paired with the Compact Curve, provides the ultimate solution: its reinforced metal architecture facilitates the transport of an unlimited array of shuttles—up to 10 kg each—at speeds reaching 5 m/s, with zero gap required between units.
Navigating shuttles with substantial payloads or cantilevered weight creates intense forces. The faster and more dynamic the motion, the greater the impact. B&R’s ACOPOStrak Metal-to-Metal upgrade, integrated with its Compact Curve, addresses this challenge head-on. The synergy of these two features results in boosted throughput per square meter—a key demand for the CPG industry. “The innovative metal guide and shuttle setup drastically improves ACOPOStrak’s weight capacity and accuracy.
This structural advancement allows for more aggressive motion dynamics and curve speeds, enabling quicker cycle times and higher output. The outcome is a tangible increase in profitability driven by refined performance and durability,” noted Johannes Vitzthum, Product Manager for ACOPOStrak at B&R Industrial Automation.
The Metal-to-Metal upgrade bolsters ACOPOStrak’s capability to withstand the high forces of heavy or off-center loads, ensuring dependable operation at elevated speeds—even under the most demanding industrial conditions. This translates into superior productivity and space optimization without sacrificing precision or adaptability.