Practical Laser Safety Engineering
High-level guides and general information on laser safety topics. These articles provide helpful overviews for selecting the right equipment and understanding safety considerations in laser applications.
25 articles
- Our Philosophy on Correctly Scoping Industrial Laser Safety Solutions
- Class 4 Laser Safety: Hazards, Precautions, and Best Practices
- What is a Class 4 laser?
- Optical Density (OD) in Laser Safety: A Practical Guide
- Understanding Visible Light Transmission (VLT) in Laser Safety Glasses & Windows
- Direct, Specular, and Diffuse Laser Viewing Explained
- Why Different Laser Wavelengths Affect the Eye Differently
- Understanding Laser Beam Parameters in Laser Safety Calculations
- Operating Beam vs Aiming Beam Lasers
- Continuous Wave (CW) Laser vs a Pulsed Laser
- How to Choose IPL Safety Glasses
- Maximum Permissible Exposure (MPE) in Laser Safety
- Laser Safety Barrier and Curtain Buyer's Guide
- Why Laser Barrier Ratings Use W/cm² Instead of Laser Power
- Laser Classification vs. Hazard Evaluation: What's the Difference?
- Why Laser Safety Barriers, Curtains, and Windows Are Engineering Controls
- What Is a Laser Controlled Area (LCA)?
- Who Is Responsible for Laser Safety?
- What Does a Laser Safety Officer (LSO) Do?
- What Is a Laser Safety Program?
- Why a Higher Irradiance Rating Doesn't Always Mean You Need a Different Laser Barrier
- When Does ANSI Z136 Require Interlocks?
- Using Cameras for Remote Laser Process Monitoring
- Are Reflections From Invisible Lasers Dangerous?
- What Happens to a Laser Beam Before and After It Hits a Surface?