Product Announcements:
Multi-axis Positioning Systems

Newport hexapods are high performance motion devices that are very affordable and easy to use. They are widely used soltuons to a comprehensive range of applications that require high precision motion in 4 or more degrees of freedom. Hexapods are traditionally used for adjustments, and the introduciton of High Accuracy (HA) hexapod versions enable their use in accurate positioning, wher... Read more...

Enabling Quantum Precision: Why Cryogenic 6-Axis Hexapods Matter Read more...

PI Introduces Miniaturized Alignment Engine Platform for Scalable, Parallel E/O Wafer-Level Test Read more...

High accuracy positioning and focusing for photonics, semiconductor, optics alignment, microscopy and advanced automation Read more...

6-Axis Alignment System for PICs Upgraded with New Controller — Introducing the F-713 Read more...

The F-141 PINovAlign is a cost-optimized, high-speed photonics alignment system available in 3 to 6-axis single- and dual-sided variants. The PINovAlign system is ideal for array alignment and silicon photonics applications. Read more...

The era of compromise is over. You no longer have to choose between high power and low noise when selecting a position controller.
With ETEL’s 4th generation of controllers, you can now achieve both high throughput and nanometer-level stability on your motion axes. Read more...

Ideal for Scanning, Measuring, Imaging, Optical Alignment

• Travel ranges of 160 mm, 260 mm, and 360 mm
• Direct drive motor for efficient, dynamic performance
• Crossed-roller bearings for true straightness and flatness
• Incremental or absolute encoder for the best accuracy, repeatability, and safety (with absolute encoder)

Novel 6-Axis Motorized Automation Platform Features High-Dynamic Direct Drive Motors and Ultra-Fast Alignment Routines Read more...

Parallel kinematic machines (hexapods) with sub-micrometer precision and six degrees of freedom (6-DoF) are gaining traction in photonics, micro-optics, and wafer-level alignment. To meet industrial demands for reliability, precision, and high dynamics, PI developed a compact, direct-drive 6-DoF hexapod using lever-based actuators to reduce complexity, improve performance, and min... Read more...