Resource center

Laser welding answers, standards, and process support

Start from the welding question in front of you, then use the matching calculator, standard source, or workflow to decide what to measure next.

FAQ

Question-and-answer content for common laser welding topics.

Guides

Structured engineering guides that turn calculator output into next steps.

Tables

Process data for standards, materials, and defect troubleshooting.

Solutions

Application workflows that connect tools to real welding decisions.

Current standards links

These sources anchor the public content to current standard families. Final requirements come from the official documents, project specification, and responsible engineering owner.

ISO 13919-1:2019

Quality levels for imperfections in steel, nickel, and titanium laser beam welded joints

ISO 13919-2:2021

Quality levels for imperfections in aluminum laser beam welded joints

GB/T 7247.1-2024

Laser product safety classification and requirements baseline

ISO 11553-1:2020

Safety requirements for laser processing machines

ANSI Z136.1-2022

Safe use of lasers reference

OSHA 1910 Subpart Q

US workplace welding, cutting, and brazing baseline

Pick the resource by job

NeedStart hereThen move to
Parameter windowEnergy, penetration, or process-parameter calculatorParameter guide and material process-window table
Safety planningSafety & Emissions calculatorSafety planning guide and standards matrix
Application workflowApplication workflowContact form when the public tools are not enough
How to apply these resources

For active process planning, record the material, thickness, joint target, current parameters, visible defect, and inspection method before comparing any table or standard.