Hexapods and Precision Motion Stages Advance Microfluidic 3D Printing

Microfluidic 3D printing requires extreme precision. Learn how PI’s hexapods and motion stages enabled researchers to create a record-setting device with 11,200 valves and 7 μm pores.

7 Engineering Challenges That Make Precision Gantry Systems Hard to Get Right

Case Study: Photonics Chip Level Test Strategies for Production Environments

Design Considerations for Maximizing Alignment System Performance Under Real-World Disturbances: Vibration, Thermomechanical Drift, and Structural Integrity

Magnetic vs. Pneumatic Counterbalance Solutions for Direct-Drive Vertical Translation Stages

Magnetic Levitation Technology Demonstrator for Nanopositioning & Picopositioning Applications

Moonshots, Mine Carts, and Million Mile Motion Stages

A look at lifetime expectation of Precision Motion Stages compared to Performance Automobiles

XY-Linear Motion – The Difference between Planar XY-Stages, Integrated XY-Stages, and Stacked Stages

Optical Delay Line Stages – How to Choose the Right One?

Turning Nanometers into Femtoseconds and Attoseconds

Cutting Edge Innovation: Nano Precision Motion for Novel Laser Data Storage System

Project Silica - an innovative new light based data storage technology developed by Microsoft and the University of Southampton.

Custom Motors for Precision Motion Control

When do they make sense? Q&A with PI's Dietrich Wins