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Understanding Pulse Width Modulated CO2 Laser Operation Authors: Justin Conroy & Malte Hemmerich   Abstract Common industrial

Analog vs. Digital Galvanometer Technology – An Introduction Authors: Matthew Tedford, Jeremy Berke, Ali Golabchi, Malte Hemmerich

Challenges of CO2 Laser and Scan Head Subsystem Integration   Authors: Daniel Schue, Justin Conroy, Malte Hemmerich

Galvanometer Scanning Technology and 9.3µm CO2 Lasers for On-The-Fly Converting Applications Digital converting processes are useful in

積層造形アプリケーションでのウォブル・ベースのレーザー・スキャン技術の使用金属粉末ベッド・ベースの積層造形では、

Fast and Accurate Laser Drilling with High-Speed Digital Scan Head and Smart Controlling Methods   In laser

Single-Molecule Localization Microscopy (SMLM) How to Overcome the Abbe Diffraction Limit?   The Challenge The Abbe diffraction

Highly Accurate Particle Measuring Using Lasers   Particle measuring is the process of counting and sizing particulates

High Quality Micro-Processing   Achieving precision in micromachining applications can be challenging, especially when working with small

Ultrafast Laser Noise Measurement   One of Laser Quantum’s goals has always been to create lasers with

Semiconductor Electronics Inspection   Semiconductors need to be inspected for defects during every part of the manufacturing

30 Watt CO2 Laser For Thin Film Cutting   30 Watt CO2 Laser is often used for

Optimal Processing of Polypropylene Films with CO2 Lasers   Polypropylene, commonly abbreviated as PP, is one of

Optimal Polycarbonate Processing with CO2 Lasers   Polycarbonate (PC) is a material that, due to its excellent

Improving Character Marking Quality   Improving character marking is important. Product and packaging manufacturing are continuously evolving,