B&R Mechatronic System

Description

B&R Mechatronic Systems
B&R’s mechatronic systems redefine flexibility and precision in industrial automation by seamlessly combining mechanical, electrical, and software components into a unified solution. These systems are designed to optimize production efficiency, reduce downtime, and enable highly customizable manufacturing processes. They are ideal for applications requiring high-speed performance, accurate motion control, and seamless scalability.

ACOPOStrak
The ACOPOStrak system revolutionizes smart manufacturing with its flexible transport system designed for high-speed, high-mix production environments. It features independently controlled shuttles that enable products to be routed dynamically, reducing changeover times and boosting productivity. ACOPOStrak offers unmatched adaptability, making it perfect for customized production lines and batch-size-one manufacturing. Its modular design ensures easy integration into existing systems and supports split-and-merge capabilities to maximize efficiency.

SuperTrak
SuperTrak is B&R’s advanced long-stator linear motor system, specifically engineered for heavy-duty industrial applications. It delivers exceptional reliability, even in 24/7 operation, and supports payloads of up to several kilograms. With precise motion control and dynamic shuttle handling, SuperTrak optimizes throughput and ensures smooth, continuous operation. It is ideal for applications like packaging, assembly, and material handling, where durability and precision are paramount.

ACOPOS 6D
ACOPOS 6D is a game-changing innovation in motion control, offering magnetic levitation technology for free-floating shuttles. These shuttles move independently in six degrees of freedom, enabling unparalleled flexibility for complex processes. Perfect for industries such as pharmaceuticals, electronics, and luxury goods, ACOPOS 6D allows for gentle handling, precise positioning, and simultaneous multi-product workflows. Its ability to operate without mechanical wear significantly reduces maintenance costs and improves long-term reliability.