Feature Fiber Laser (Intouchray) Legacy CO2 Laser Wavelength 1,064 nm 10,600 nm Beam Delivery Fiber optic, flexible Mirror-based, rigid path Power Efficiency 30–50% 5–15% Weld Pool Precision Micron-level control Millimeter-scale variability Material Compatibility Stainless, titanium, copper alloys Limited on reflective…
Criteria Fiber Laser Systems MIG/TIG Systems ROI Payback Period Under 14 months (high-mix, low-volume) Longer, varies by workload and labor cost Operational Speed High — suited for throughput demands (e.g., Tesla, Apple) Slower — manual processes limit scalability Repeatability &…
Feature Keyhole Mode Heat Conduction Mode Power Threshold High (>1 kW typical) Low to Medium (≤1 kW) Ideal Material Thickness Thick sections (≥2 mm) Thin-walled (<2 mm) Common Applications Aerospace titanium, EV battery enclosures, structural joints Consumer electronics, medical devices,…
Feature Handheld Fiber Laser Welding Traditional TIG/MIG Welding Laser Wavelength 1,064 nm (fiber laser) N/A (arc-based) Positioning Accuracy ±0.03 mm ±0.5–1.0 mm (operator-dependent) Post-Processing Required Minimal to none Extensive (grinding, polishing) Labor Cost Impact Reduces skilled labor dependency Requires highly…
Feature Intouchray ErgoTorch Standard Industrial Torch A Standard Industrial Torch B Ergonomic Design Human-centered geometry, contoured grip Basic cylindrical handle Minimal contouring, rigid grip Weight Distribution Balanced (center of gravity near grip) Front-heavy Unbalanced, top-heavy Vibration Dampening Internal counterbalance, ≤2.5…
Parameter Argon Nitrogen Weld Speed Moderate Higher (up to 20% faster in stainless steel) Porosity Rate Very Low (<0.5%) Low to Moderate (0.5–2%, material-dependent) Material Compatibility Excellent for titanium, aluminum, reactive alloys Best for austenitic stainless steels, some nickel alloys…
Parameter 1,064nm Fiber Laser CO2 Laser Wavelength 1,064 nm 10,600 nm Typical Power Range (Handheld) 500W – 6kW+ Not typically handheld at high power Cut Speed (Mild Steel, 3mm) ~8 m/min ~4 m/min Accuracy ±0.03 mm ±0.1 mm Deposition Rate…
Parameter Fiber Laser Welding TIG Welding MIG Welding Resistance Spot Welding Material Thickness Range (mm) 0.1 – 3.0 0.5 – 6.0 0.8 – 12.0 0.5 – 3.0 Thermal Distortion Minimal to none (micron-level control) Moderate to high High Localized, but…
Parameter Fiber Laser Welding Traditional MIG/TIG Welding Positioning Accuracy ±0.03mm ±0.5mm or worse Deposition Rate Up to 3 kg/hr 0.5–1.5 kg/hr Hardness in Clad Zones HRC 55–65 HRC 20–40 Cycle Time Suitability Millisecond-per-part (high-volume automation) Seconds-to-minutes per weld (manual/semi-auto) Labor…
Parameter Fiber Laser CO2 Laser Wavelength 1.06–1.08 µm 10.6 µm Absorption in Aluminum High (up to 80% at optimal parameters) Low (~5–10%) Thermal Conductivity Compensation Excellent — pulsed modes and beam shaping mitigate heat dissipation Poor — requires higher power…