Semiconductor equipment represents the ultimate motion control challenge, requiring incredible precision, high throughput, and extreme reliability. For today's global semiconductor providers Performance Motion Devices answers the call. We provide motion control ICs, modules, and boards for wafer handling robots, spin coaters, material transport. We solve motion problems in ION beam implanters, vacuum pumps, nanometer-scale XY positioning, and provide a multitude of solutions for metrology, lithography, inspection, and back end processing.
Performance Motion Devices has the motion control components and software you need to design and build your semiconductor capital equipment faster, with more performance, and at a lower cost. We understand your challenges and offer a range of easy-to-deploy motion control solutions, such as integrated circuits (ICs), digital drives, digital amplifiers, and motion control boards that will meet your application requirements and help you outcompete the other guys.
Contact us and tell us about it. We'd love to explore how our custom or turn-key ICs, modules, and boards, can best meet your Semiconductor Equipment design challenge.
PMD is the motion control provider of choice for today's wafer handling robotics, XY positioning stages, metrology stations, and more. Whether semiconductor companies work with PMD's products directly or with our partner provider solutions, PMD's motion control at its core means incredible performance, high reliability, and ultra-safe operation.
Machine designers are often asked to build systems that take up less space and operate on less power. Read about new developments in motors, sensors, and architectures.
Juno MC71113, MC73113, and MC78113 ICs integrate a high-speed outer loop control function with a velocity control function for 3-phase Brushless DC and DC Brush motors.
Accurate velocity contouring for controlled coating thickness is critical and this use case looks at the considerations and then explains how to use high-performance motion control solutions to maximize uniformity of thin-film thickness.
This deep dive will show you how to lower the heat, weight, and power consumption of your mobile motion controls and it discusses advances in the motors themselves.
When it comes to step motors, a new drive technique called stepper servo has some engineers believing they have found the holy grail of positioning motion control - the high performance of a servo motor with the low cost of a step motor.
Read about the most popular motion control techniques, including FOC, for multi-phase motor control, and what control techniques work best for positioning applications.
Packaging
Semiconductor
Robotics
3D Printing
Healthcare
Life Sciences
+1.978.266.1210 / info@pmdcorp.com
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