<p>➀ PI introduced a high-bandwidth lever-hexapod with direct-driven actuators, offering faster speeds and reduced wear compared to traditional screw-driven systems;</p><p>➁ The hexapod achieves 50 nm resolution in all linear and rotational degrees of freedom, ideal for precision tasks in optics and photonics;</p><p>➂ Its compact design addresses industry needs for smaller footprints and higher throughput in industrial nanopositioning applications.</p>
Related Articles
- ERC Grant: Revolutionizing Plasma Control with Lasers10 months ago
- Researchers create new microchip design that abandons electricity for sound and light12 months ago
- FBH Presents Latest R&D Results at Photonics Days13 days ago
- Applied Materials and GlobalFoundries Partner to Accelerate AI-Powered Photonics19 days ago
- XY-Rotation Stage with Frictionless Bearings is Less That 40 mm Tall25 days ago
- Lighting the Way for Quantum Computers: The Dawn of All-Optical Quantum Processorsabout 1 month ago
- 16-lambda DWDM on single strand of SM fibreabout 2 months ago
- Lightning-Fast and Highly Reliable: Sharing Data via Photonic Integrated Circuits3 months ago
- InPlay Oil: High Yield, Hidden Value In Canadian Energy3 months ago
- Fraunhofer ILT Puts Quantum Internet Node into Operation - Starting Point for European Networking4 months ago