PRIME: Fiber-Optic Fabrication Breakthrough Enables Advanced Neuroscience Exploration at WUSTL

“Disco Ball” Fiber Manufactured with Ultrafast Lasers; Multi-Axis Precision Motion Delivered by Pi’s A-311 Planar Air-Bearing XY Stage and V-308 High-Speed Nanofocusing Stage

Why a Virtual Pivot Point Matters in Optical and Photonics Alignment

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

Precision Active Alignment or Passive Alignment in High Throughput PIC Production

The Evolution of Photonics Alignment Techniques including Passive Alignment, Manual Single Fiber and Fully Automated Array Alignment Solutions

Lightning-Fast Photonics Alignment - A New Technology is Emerging

White Paper: Improving Photonic Alignment

PI Fast Photonics Alignment Solutions Running on ACS Motion Controllers

Steering Light: What is the Difference Between 2-Axis Galvo Scanners and Single Mirror 2-Axis Scanners

And a short look at other light steering methods

Why Fast Steering Mirrors are used in Laser Communication / Free Space Optical Communication

High Precision Tip/Tilt Mechanisms Keep Laser Beams Stabilized and Precisely on Target

Speed up Industrial Camera Manufacturing with Active Alignment: Adimec’s Advanced Production Process