nmlaser

How Lasers Are Classified In Modern Technology

Quick Summary Laser classification is the foundation of laser safety engineering, providing a consistent framework for communicating hazard levels across products, industries, and regulatory environments. This page covers the full class of lasers defined under[…]

Read More
June 14, 2026
nmlaser

How An Industrial CO2 Laser Cutter Works

Quick Summary The industrial CO2 laser cutter has been a manufacturing standard for decades, and understanding how it works helps engineers and facility managers make better decisions about equipment selection, system design, and maintenance. This[…]

Read More
June 10, 2026
nmlaser

Exploring The UV Laser Glass Engraving Process

Quick Summary UV laser glass engraving uses cold ablation to mark glass with exceptional precision and minimal thermal damage. This page covers how the process works, which materials it suits, how it compares to CO2[…]

Read More
June 6, 2026
nmlaser

Exploring The Science Behind The Laser Beam Wel...

Quick Summary Laser beam welding is a high-precision fusion process that uses a focused laser beam to join metals with minimal heat input and distortion. This page explains the physics behind keyhole and conduction mode[…]

Read More
June 2, 2026
nmlaser

Class 1 Laser Regulations: What You Need To Know

Quick Summary Class 1 lasers sit at the lowest end of the laser hazard scale, but the classification involves more than simply using a low-power laser source. This page explains how class 1 is defined,[…]

Read More
May 29, 2026
nmlaser

A Guide To OSHA Laser Safety Standards

Quick Summary OSHA laser safety obligations are less straightforward than a single dedicated standard might suggest, because OSHA addresses laser hazards primarily through the General Duty Clause and referenced technical guidance rather than a standalone[…]

Read More
May 25, 2026

Recent