Unlock cleaner, faster, and more consistent welds with our 2 kW and 3 kW fiber laser welders. Engineered for job shops, fabricators, jewelry, medical components, and light industrial production, these compact fiber laser welders deliver pinpoint energy, minimal heat‑affected zone (HAZ), and repeatable weld quality with a dramatically easier learning curve than MIG or TIG. Ideal for stainless, carbon steel, aluminum, brass, and thin‑gauge assemblies where accuracy and appearance matter.

Why choose our 2 kW & 3 kW fiber laser welders
- Precision welds: narrow kerf and concentrated beam produce clean, cosmetically superior welds with less spatter and reduced secondary finishing.  
- Minimal HAZ & low distortion: small heat input preserves part geometry — perfect for thin materials, tight tolerances, and assemblies that require minimal warping.  
- Faster cycle times: high peak power and controllable pulse modes speed up weld runs vs TIG and often beat MIG for repeat batch work.  
- Simple operator learning curve: intuitive controls and preset parameters let technicians get consistent results quickly — less specialized training than TIG.  
- Flexibility: welds a wide range of metals including stainless, carbon steel, aluminum, copper/brass (material dependent).  
- Precise control: pulse, CW, and adjustable parameters for spot, seam, and stitch welding applications.  
- Cleaner workplace: minimal filler and reduced fumes when compared to some traditional processes; easier cleanup.  
- Compact & serviceable design: small footprint units with rugged components, easy maintenance, and optional fixturing/automation readiness.

Benefits vs MIG and TIG (quick comparisons)
- vs TIG: Faster for many production tasks, far less operator skill required for consistent repeatability, and lower cycle cost for repetitive work. TIG still excels for some cosmetic or very thin/critical welds, but fiber lasers reduce HAZ and distortion in many thin‑gauge applications.  
- vs MIG: Cleaner welds with less spatter and secondary grinding; better heat control means less warping on precision assemblies. MIG is still useful for thicker plate and heavy‑fill needs, while laser welding fills the gap for precision, speed, and part appearance.

Key Applications
- Precision assemblies, housings, and enclosures  
- Medical device components and surgical tools  
- Jewelry repair and micro‑welding  
- Automotive small parts, sensors, and brackets  
- Electronics, connectors, and thin‑gauge sheet metal

Technical Highlights
- Models: 2 kW and 3 kW fiber laser welders  
- Modes: pulse, continuous, spot & seam welding (configurable)  
- Materials: stainless steel, carbon steel, aluminum, copper/brass (material/power dependent)  
- Footprint: compact bench/stand models for small shops or integrated automation lines  
- Controls: touchscreen interface with programmable weld recipes and saved parameter libraries

Service, Support & Local Advantage
- Onsite setup and operator training available (Tucson & Phoenix)  Remote available elesewhere
- Engineering support for weld parameters, fixturing, and part development  
- In‑stock consumables and spare parts for fast replacement  
- Family‑owned local service with fast response to minimize downtime


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Request a demo or custom quote — tell us your material, part size, and production goals and we’ll recommend the 2 kW or 3 kW fiber laser welder and provide setup/training options to get you welding fast.