About us
WeldProBot is an independent editorial publication about robotic welding, laser welding and welding automation. It exists because the knowledge needed to specify, run and troubleshoot these processes is scattered across vendor manuals, standards documents and conference talks, and is rarely written down in one place.
Who it is for
- Welding and manufacturing engineers evaluating or operating laser and robotic welding
- System integrators specifying cells, motion systems, optics and shielding
- Maintenance and quality teams diagnosing defects, drift and weld quality problems
- Purchasing teams who need comparable, non-promotional specification and cost information
What we cover
- Welding Parameters — Starting points for laser welding parameters: power, travel speed, focus position, shielding gas and how they interact. Figures are industry-typical ranges, not measured results.
- Welding Problems — Defects and failure modes in laser and robotic welding, what causes them, how to diagnose them and how to fix them.
- Laser Welding — How the laser welding process behaves on real materials: weldability, joint design, oscillation, safety and process selection.
- Robotic Welding — Robot and cobot welding: cell concepts, motion systems, seam tracking and vision, programming and what automation can safely take on.
- Automation Systems — Everything around the welding cell: layout and floor space, fume extraction, quality monitoring, maintenance and integration.
- Buyer Guides — Specification checklists, cost and total cost of ownership, and process comparisons written to support a purchasing decision.
- Industry & Applications — Industry trends and laser robot applications outside welding, including cutting, marking, medical and service robotics.
How we research articles
Topics come from questions that recur in industrial laser integration work. Drafts are prepared with the assistance of AI language tools, then reviewed and edited before publication. Process figures are presented as industry-typical ranges rather than measured results unless a specific source is named and linked.
How technical claims are checked
Statements about standards and regulations are referenced to the issuing body, such as ISO, IEC, ANSI, OSHA or the FDA. Case studies, customer quotes, vendor names and benchmark figures are not invented: if a number cannot be verified, it is left out rather than estimated.
How we use AI
AI tools are used to structure and phrase material that has already been researched, not to invent data, sources, cases or quotations. Every article is edited against its sources before it is published, and the same review applies to scheduled articles.
Corrections
Technical content ages and occasionally errs. If you find an error, tell us and we will correct it in place; substantive corrections are noted on the article itself. The full process is set out in our editorial policy.
Advertising and independence
Advertising and sponsorship keep this site free to read. Sponsored placements are labelled. Advertisers do not review articles before publication and cannot influence editorial conclusions, and equipment is never ranked by paid placement.
Contact
Editorial questions, corrections, advertising and partnership enquiries are all welcome through the contact page, or by email at 837186784@qq.com.