MW / Motion Systems

XY Stages

Precision two-axis positioning platforms engineered for stable planar motion, compact integration, and repeatable positioning across advanced automation and inspection systems.

MW-GS0760 Dynamic Wafer Stage Ultra-Precision Air Bearing XY Platform
XY Motion Stage

MW-GS0760 Dynamic Wafer Stage Ultra-Precision Air Bearing XY Platform

The MW-GS0760 is a high-performance dynamic wafer stage designed for semiconductor metrology and inspection. Featuring advanced air bearing technol...

View Product →
MW-0714 XY Air Bearing Gantry Stage MW Ultra-Precision Gantry Platform
XY Motion Stage

MW-0714 XY Air Bearing Gantry Stage MW Ultra-Precision Gantry Platform

The MW-0714 XY Air Bearing Gantry Stage combines ultra-precision air bearing technology with Megawatt Motion’s advanced direct drive architecture t...

View Product →
MW / Precision Motion

Two-axis motion, engineered as one platform.

MW XY stages integrate two orthogonal motion axes into a rigid, coordinated platform for precise planar positioning and efficient system integration.

Precision positioning across two axes

XY stages are the foundation of many positioning and inspection systems. MW designs combine controlled motion, structural stability, guidance, and feedback into a compact two-axis platform, helping engineers simplify machine architecture while maintaining predictable positioning performance.

Coordinated XY motion

Two orthogonal axes work together to provide controlled planar movement for positioning, scanning, inspection, and alignment.

Direct-drive architecture

Direct-drive configurations eliminate unnecessary mechanical transmission elements and support smooth, responsive motion.

System-ready integration

Designed for integration into precision automation, metrology, optical, and advanced manufacturing equipment.

Where XY motion matters

From optical alignment and inspection to semiconductor handling and laboratory automation, MW XY stages provide a scalable foundation for applications where planar positioning directly affects system performance.

Building a precision XY motion system? Let MW engineers help define the right architecture for your application.

Discuss Your Motion Requirements →