2026 BODOR AQU 3000 WATT FIBER LASER WELDER 3/8" CAPACITY 1 kw, 2 kw, 3 kw,
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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
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.
Imperial
| Dimensions | 30" x 19" x 30" |
| Weight | 550 lbs |
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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