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| Medical and Life Sciences |
| Automation |
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Cost containment continues to be a fundamental challenge for the medical industry – and Bosch Rexroth automation technology can help make a substantial impact on costs for lab operations, analytical systems and medical device manufacturing. As a world leader in the design and application of automation technologies, we have in-depth understanding of the best ways to improve the quality, throughput and reliability of your products, your operations and your manufacturing platform.
Count on Rexroth products to deliver the high-performance, low-maintenance solutions you need. Our pneumatic components are high quality products designed to deliver consistent and high speed production. Our Linear Systems support high speeds, accelerations and smooth operation for virtually maintenance-free performance, and our assembly technologies feature manual and powered transport systems for a custom level of automation. Our modular and flexible motion control platforms feature tight motion and I/O synchronization for total systems control.
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Medical and Life Sciences Articles on Productivity
Assembly in Action: Taking advantage of all three dimensions — Learn how a leading manufacturer of custom-eyeglass lenses utilized Rexroth VarioFlow conveyors and aluminum structural framing to build a new lean production facility.
Key Considerations in Cleanroom Conveyors — This cover article in Controlled Environments magazine, by Bosch Rexroth TS Conveyors Product Manager Mark Dinges, details how a modular approach to cleanroom conveying offers numerous advantages for manufacturers, such as increased flexibility, reduced costs, and faster, more proactive responses to changes in technology or levels of demand.
Success Stories
"Motion Control Meets Medical Imaging" explains how an advanced Rexroth motion control platform helps control costs, streamline a global product supply chain, and provide systems capable of delivering the complex kinematics demanded by today’s leading 2-D and 3-D imaging systems.
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