Shrewsbury, MA – PI (Physik Instrumente) today announced the X-365 Precision XY Gantry System, a modular, Cartesian gantry solution engineered for demanding industrial automation, semiconductor handling, laser processing, and laboratory automation applications requiring high throughput and exceptional accuracy.
The X-365 is a modular, high-performance gantry platform that combines large travel ranges with nanometer sensor resolution. Designed to bridge the gap between classic XY stages and full robotic systems, the X-365 delivers smooth, coordinated motion over travel ranges exceeding typical precision XY systems while maintaining excellent planar accuracy and repeatability.
Features include:
- Positional stability for precise pick-and-place, multi-field inspection, and patterning tasks.
- The ability to support tooling, and payloads across extended XY travel ranges.
- Integrated linear encoders and optimized mechanics deliver precision and repeatability.
- Precision recirculating ball bearing guides for stiffness and flatness.
- Thermally decoupled components for enhanced performance stability.
- The ability to be configured as a dual-axis gantry and adapted, with options for additional vertical or rotary axes.
- Travel ranges from 200 x 200 mm to 600 x 800 mm.
- Compatibility with PI’s EtherCat-based advanced motion control platforms, enabling coordinated motion profiles, automated multi-axis sequences, integration of third-party equipment.
The X-365 gantry is ideal for precision assembly, laser machining, additive manufacturing, wafer inspection, optical alignment, 3D printing, electronics manufacturing, imaging, medical engineering, and other applications where high performance and reliability are paramount.
For more information, visit https://www.pi-usa.us/en/products/gantries-cartesian-robots
