66db0ea042440045b44fbc99 202310 Lfw Whitepaper 1540x800

How to Improve Laser Drilling Performance

A novel, piezo based motion technique improves precision and throughput in laser drilling systems. Laser drilling is used for PCB microvia formation, fuel injection nozzles, aerospace component cooling, inkjet printer heads, and medical applications.

The precision and speed of laser drilling are constrained by various elements, such as optical distortions, tracking precision, motion stage acceleration constraints, and the effectiveness of focus control. Our novel motion control technology is specifically engineered to elevate the precision and accuracy of laser drilling across diverse target applications like aerospace, medical, electronics, and automotive.

This content is sponsored by:

Sponsored Recommendations

Hexapod 6-DOF Active Optical Alignment Micro-Robots - Enablers for Advanced Camera Manufacturing

Dec. 18, 2024
Optics and camera manufacturing benefits from the flexibility of 6-Axis hexapod active optical alignment robots and advanced motion control software

Laser Assisted Wafer Slicing with 3DOF Motion Stages

Dec. 18, 2024
Granite-based high-performance 3-DOF air bearing nanopositioning stages provide ultra-high accuracy and reliability in semiconductor & laser processing applications.

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

Dec. 18, 2024
Advantages and limitations of different 2-axis light steering methods: Piezo steering mirrors, voice-coil mirrors, galvos, gimbal mounts, and kinematic mounts.

Free Space Optical Communication

Dec. 18, 2024
Fast Steering Mirrors (FSM) provide fine steering precision to support the Future of Laser Based Communication with LEO Satellites