Semiconductor
Ultra-precision motion for wafer handling, inspection, lithography, and advanced packaging.
INDUSTRIES
From semiconductor fabrication to medical devices, our motion systems power applications where precision, speed, and reliability are critical.

APPLICATION EXPERTISE
Different environments require different levels of accuracy, cleanliness, speed, repeatability, and integration. We engineer around your application, not around a standard product.
Micron- and sub-micron accuracy for critical applications.
High-speed motion delivering maximum throughput.
Built for continuous operation in the most demanding environments.
Seamless integration with your equipment and workflow.
OUR INDUSTRIES
Ultra-precision motion for wafer handling, inspection, lithography, and advanced packaging.

High-speed, high-accuracy solutions for PCB assembly, testing, and component placement.

Cleanroom-ready motion systems for device assembly, testing, and life-saving innovation.

Nanometer-precision positioning for optical alignment, laser processing, and metrology.

Robust motion solutions for assembly, welding, battery production, and EV manufacturing.

Advanced motion platforms for microscopy, analysis, and scientific instrumentation.
APPLICATION FIRST
Every application has unique constraints. Clean rooms. Vacuum environments. Micron tolerances. High-speed production. Our engineers adapt every solution to the realities of your industry.
Our Engineering Approach
FAQ
Vectra Motion supports semiconductor, electronics manufacturing, medical devices, photonics and optics, automotive and EV, and scientific research applications.
A common motion architecture can often be configured for different applications, but loads, travel, accuracy, environment, controls, and validation requirements must be assessed for each use case.
Yes. Components, coordinated motion systems, and custom automation can be developed around the process, environment, interfaces, and performance requirements of a specific application.
Relevant standards and validation needs are identified during discovery, translated into engineering requirements, and addressed through the agreed verification plan. The exact compliance scope is confirmed for each project.
Integration can include existing controls, tooling, sensing, metrology, safety systems, and process equipment. Interfaces and responsibilities are defined during application review.
READY TO SOLVE YOUR CHALLENGE?
Our engineering team is ready to help you move your ideas forward.