Custom Is Critical – For New Semiconductor Applications

Let’s Design Your Next Generation of Product Together

Your next generation of products and systems will be more compact, more precise, more maneuverable than ever before – and they won’t be built with off-the-shelf motion technology. To develop advanced, leading edge systems, you need high performance, custom motion control products and the engineering expertise to optimize them for your application.

We are Committed to Your Success

Our team hits the ground running at our first meeting. We understand time-to-market is critical, so we streamline every step of the design process to fit your time constraints. Our engineers can travel to your facility, work side-by-side with your team, and quickly provide prototypes. And knowledgeable support is always just a phone call away.

Design Collaboration for Innovation and Speed-to-Market

We tailor our engineering process to ensure that we fully mesh with your team on the motion control aspects of your application. What's more, Allied Motion is known in the industry for our willingness to develop customized solutions to help ensure our customers' objectives are met.

See Product Overview >>

Please provide more details on your application

  • Hidden
  • Hidden
  • This field is for validation purposes and should be left unchanged.
Custom Is Critical for Semiconductors
Semi Wafer Machine-Getty dv321044

300 mm Semiconductor Wafer Handler

Robotic wafer handling has become a necessity in the closed environments used in advanced semiconductor wafer fabrication.

3300 in Operation

Semiconductor OCD Measurements System

Optical Critical Dimension (OCD) spectroscopy is a key technology used for optical metrology and process control in semiconductor manufacturing.

AM_Application-189-133

Semiconductor Wafer Dicing System

Accurately and precisely dicing semiconductor wafers into discrete die requires high response servo motors for the X, Y and Z axes and a high speed brushless spindle motor for the diamond dicing saw.