2026 BODOR AQU 3000 WATT FIBER LASER WELDER 3/8" CAPACITY 1 kw, 2 kw, 3 kw,
Or as low as $371.00 USD/month over 60 months
Or as low as $371.00 USD/month over 60 months




Stable Performance Always
Our 1500W or 3,000 watt can maintain stable performance in harsh environments. Tested by international laboratories, it can continuously output light between -20 and 60 degrees Celsius, as well as up to 90% relative humidity.
Material Compatibility: Carbon Steel , Stainless Steel, Aluminum , Titanium, Copper
& High-Reflectivity Material
Reliable in Extreme Cold and Heat
Stable performance in extreme temperatures and demanding work environments.
100% Power, 100% Strong Welds
No exaggerated power ratings, no hidden costs.
Continuous Light Output
Engineered for 24/7 nonstop performance — less downtime, more productivity.
Effortless Smart Knob Control
Smart knob with built-in welding process database — master every weld from day one.
Key Advantages of Fiber Laser Welding
High welding speed — Fiber lasers deliver concentrated energy efficiently, allowing significantly faster welds than MIG/TIG.
Low heat input — The beam is highly focused, reducing heat-affected zones and minimizing distortion on thin metals.
High precision & repeatability — Excellent beam quality enables clean seams and consistent welds, even on delicate or visible parts.
Minimal post‑processing — Cleaner welds reduce grinding and polishing, improving production efficiency.
Low maintenance — Solid‑state design, no complex optics, and fewer consumables compared to CO₂ lasers.
Energy efficiency — High electrical‑to‑optical conversion efficiency reduces operating costs.
Compact footprint — Fiber laser systems are smaller and easier to integrate into workshops.
Wide material compatibility — Works on stainless steel, carbon steel, aluminum, copper, titanium, and dissimilar metals.
Easy automation — Controlled digitally, making them ideal for robotic or workstation integration.
📊 Quick Comparison Table
Feature Fiber Laser Welder Traditional MIG/TIG
Speed Very fast Moderate/slow
Heat distortion Very low Higher
Precision Extremely high High (TIG), moderate (MIG)
Maintenance Low Higher (tips, gas, electrodes)
Automation Excellent Limited
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