Stages & Gantries

The MW SR-P is a compact Direct Drive Rotary (DDR) stage designed for applications requiring high precision, repeatability, and smooth motion in a small footprint. Featuring a direct-drive torque motor and integrated high-resolution encoder, it offers zero backlash, excellent stiffness, and long-term reliability. The...

The MW SR-S series is a high-stiffness Direct Drive Rotary (DDR) stage designed for applications requiring exceptional load capacity and ultra-precise rotary motion. Equipped with a high-torque direct-drive motor and nanometer-level resolution encoder, the SR-S delivers zero backlash, superior rigidity, and outstanding dynamic stability....

The MW SR-P-LP is a low-profile Direct Drive Rotary (DDR) stage designed for applications requiring ultra-precise rotary motion in space-constrained environments. Featuring a compact Z-height, high-torque direct-drive motor, and integrated high-resolution encoder, it delivers zero backlash, excellent stiffness, and smooth motion. Ideal for semiconductor...

MW MicroPostage 5-DOF motion platform enables complex multi-axis motion including X, Y, Z, θX, and θY. Designed for ultra-high-precision alignment and advanced metrology, it combines direct-drive linear and rotary stages with interferometric or encoder-based feedback. This system supports applications that demand dynamic stability and...

MW NanoPostage 3-DOF motion platform delivers high-speed, high-accuracy linear and vertical motion (X, Y, Z). Featuring a compact footprint and direct-drive architecture, this platform enables sub-micron precision with exceptional stiffness and repeatability. It’s tailored for wafer-level processes, inspection tasks, and high-throughput microelectronics applications.

MW NanoPostage 4-DOF precision motion platform offers ultra-precise positioning with four degrees of freedom—X, Y, Z, and θ (rotation). Engineered for high-precision inspection, alignment, and micro-assembly applications, it integrates direct-drive actuators and nanometer-resolution feedback to ensure fast response, zero backlash, and long-term stability. Ideal...

The Micro DDR stage from MW SYS delivers highly stable and accurate rotary motion, powered by a zero-backlash direct drive system. With options for absolute or incremental encoders, it supports precision control in compact and vibration-sensitive setups.

Designed for demanding environments, the MW SYS Micro DDR provides high torque, exceptional repeatability, and zero mechanical contact. Its compact design allows seamless integration into high-density systems used in inspection, assembly, and test automation.

The MW SYS Micro DDR stage offers ultra-precise rotary motion in a compact footprint. Featuring direct drive motor architecture and high-resolution encoder feedback, it ensures smooth, backlash-free rotation with sub-arcsecond accuracy. Ideal for applications in optical alignment, metrology, and semiconductor equipment.

The MW SYS Micro DDL is a miniature direct drive stage optimized for short-stroke, high-precision motion. Designed for smooth travel and long-term reliability, it supports integration in metrology tools, imaging systems, and automated micro-positioning assemblies.

Engineered for ultimate positioning accuracy, the MW SYS Micro DDL Stage combines a non-contact drive system with rigid linear guidance. Its compact form factor and thermal stability make it a perfect fit for high-density equipment such as wafer inspection, probe stations, and optical test...

The MW SYS Micro DDL series offers ultra-compact direct drive stages built for high-precision automation tasks. With zero backlash, high dynamic response, and robust structural design, it supports demanding operations in semiconductor, photonics, and life science platforms.

Compact yet powerful, the MW SYS Micro DDL Stage is designed for precision positioning in space-constrained environments. Featuring direct drive linear motor technology and high-resolution feedback, it delivers smooth, high-speed motion with sub-micron repeatability. Ideal for inspection, alignment, and micro-assembly applications.

Frictionless Motion for the Most Demanding ApplicationsThe MW Air Bearing Stage is engineered to meet the highest precision standards required in semiconductor lithography, advanced packaging, and optical metrology. With its contactless air bearing design, the stage provides ultra-smooth, vibration-free motion and superior straightness and...

Stable Motion at Any ScaleThe MW High Precision Gantry Stage combines a robust structural frame with high dynamic accuracy, making it the ideal solution for high-speed inspection, bonding, and automation applications. Its modular design supports custom travel ranges, Z-axis integration, and compatibility with machine...

Precision Coverage for Demanding AutomationThe MW Gantry Motion Stage is purpose-built for high-throughput automation tasks such as automated optical inspection (AOI), micro-assembly bonding, and precision pick and place. Featuring a rigid dual-axis overhead design, it delivers smooth, synchronized X-Y motion with exceptional repeatability across...

Compact Precision for Complex AlignmentThe MW XYZ Tip Tilt Stage integrates high-precision linear and angular motion in a compact, modular design. Engineered for next-generation AR/VR metrology, microelectronic packaging, and optical inspection systems, this stage delivers ultra-fine positioning in all three linear axes, along with...

Precision in Every AxisThe MW XYZ Tip Tilt Stage is a high-performance multi-axis motion module designed for demanding AR/VR metrology, semiconductor packaging, and high-resolution inspection systems. With ultra-stable stacked XYZ motion and integrated tip/tilt control, it delivers nanometer-level precision and sub-microradian angular adjustment—ideal for...

The MW-XY3 Leadscrew Drive Stage delivers precise manual positioning across three axes, ideal for applications requiring fine-tuned mechanical adjustments with high load capacity. With 0.5 mm travel per knob rotation and integrated locking knobs for secure positioning, it offers stable control and repeatable accuracy. Built...

The MW-VLS2 Series from Motion Works delivers ultra-precise linear motion for vacuum environments, offering nanometric repeatability and high stability for advanced applications. Designed for non-cryogenic operation, these stages are compatible with both low vacuum (LV) and high vacuum (HV) settings, making them ideal for...