NEWSROOM / 06
Technical Articles
Company updates, application knowledge and industry observations help customers understand Eagle Laser through real engineering content.
Severe Post-weld Deformation & Labor-intensive Polishing? 3 Scenarios of Laser Autogenous Welding for Commercial Sheet Metal
Traditional TIG welding causes wave distortion and oxidized welds on 1-2mm stainless steel sheet for commercial kitchenware, with polishing taking over 30% of working hours. Eagle Laser autogenous welding delivers micro-level heat input, polish-free welds and built-in nitrogen supply to cut costs and boost productivity.
Thin Wall Prone to Burn-through & High Leakage Rework Rate? 3 Core Scenarios Unlock Breakthroughs with Laser Autogenous Welding for Stainless Steel Cups & Kettles
Manufacturing stainless steel vacuum mugs and wine flasks with 0.3-0.8mm thin walls faces burn-through, porosity and leakage issues with traditional TIG welding. Eagle Laser’s autogenous laser welding delivers airtight seams, minimal thermal deformation and reduced polishing work. Three key production scenarios demonstrate how this technology improves yield and cuts labor costs for cup and kettle manufacturers.
Hidden Porosity Risks in Pre‑Weld Treatment? Laser Cleaning for New‑Energy Components in Three Core Scenarios
Manual grinding and chemical pickling cause low consistency & environmental burdens. Eagle Laser pre‑weld laser cleaning removes oxide and oil without substrate damage and improves NDT pass‑rate for new‑energy parts.
Thin‑Plate Stainless Steel Welding: Deformation & Lengthy Polishing? Breakthrough Solutions for Air‑Cooled Hand‑Held Laser Welding in 3 Core Scenarios
Within the advertising signage and outdoor sheet‑metal manufacturing industries, welding of thin‑gauge stainless‑steel and galvanized plates has long been a thorny problem. Traditional TIG welding generates high heat input, which easily causes thin plates to deform or burn‑through. Post‑weld manual grinding and polishing are extremely time‑consuming, with polishing labour often accounting for over 50% of total working hours. Even with monthly salaries exceeding 10,000 CNY, skilled welders remain hard to recruit, constantly squeezing corporate profit margins. How can manufacturers break this deadlock?
Frequent Lens‑Burnout & High Downtime Costs? Three Core Indicators Unlock Breakthrough Solutions for Laser Optical Consumables Selection
Inside the workshop, your laser equipment suddenly triggers an alarm and shuts down. After removing the welding gun or cutting head, you find the protective lens burnt again! For many processing factories, frequent damage to protective lenses and other core optical components of laser equipment not only eats into profits but also severely reduces production‑line efficiency. How can you break the vicious cycle of frequent part replacement and persistently high costs?
Low Efficiency and Substrate Damage in Rust and Paint Removal? Three Core Applications of Laser Cleaning
From precision molds and welding preparation to rust and paint removal on large equipment, laser cleaning provides a greener, non-contact and consumable-free surface treatment solution.