| | | | | | | | Moving heavy materials through cutting, polishing and coating stages requires precise balancing of load capacity and motion speed. Here’s how the right linear guidance selection and configuration can improve quality and boost throughput. |
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| | | | | | Sponsored | | For over 20 years, customers worldwide have trusted our LMS anti-vibration leveler to enhance equipment performance and longevity. This durable solution provides stable support on uneven surfaces, prevents floor damage and delivers exceptional shock and noise control—making it essential for data storage, medical equipment, industrial machinery and the precision demands of robotics and automation. |
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| | | | | | | | Joining technologies, such as ultrasonic, vibration and laser, are giving manufacturers unprecedented control, flexibility and insight into how plastic parts come together. Guidance on best practices to understand what matters most in your next design. |
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| | | | How to navigate the expanding market and avoid missteps where the newest sensors provide more capability than what you’ve previously selected. |
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| | | | One application engineer’s perspective on why high performance computing bolsters both the quality and quantity of your design needs. |
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| | | | Sponsored | | | | Join us to learn how to model and optimize phased-array antennas using an RF Module. See how simulation can guide design decisions and improve performance for 5G, 6G, radar, and satellite systems |
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| | | | | | | | Lifesaving medical devices depend on all componentry working seamlessly and reliably to achieve the machine’s intended use—every single time. Ensuring that suppliers can meet exact design specifications, no matter what they are, is essential. |
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