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LightWELD laser welding machines are designed to revolutionize your weld quality with less heat, faster speed, and consistent results across a wide range of materials and thicknesses.
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LightWELD laser welding delivers high-quality results on stainless steel, mild steel, aluminium, copper, titanium, and dissimilar alloy joints. The process uses focused power with less heat, minimizing heat input and helping reduce distortion on thin sections while improving penetration on thicker parts. You get consistent results across a wide range of geometries, flat, vertical, and fixtured, including parts with imperfect fit-up.
Because laser welding generates a narrow, concentrated beam, the welder can optimize parameters using presets, then fine-tune travel speed, wobble patterns, and wire when needed. Systems from IPG are designed to revolutionize productivity by letting operators switch between laser welding and cleaning modes, helping produce clean seams and attractive visual finishes with dramatically less rework.
In comparison with traditional TIG and MIG welding, laser welding is typically faster and often easier to learn. TIG can be time-consuming and frequently requires consumable wire, while MIG can generate extreme heat that deforms thin materials and adds cleanup. Laser welding’s concentrated energy introduces less heat, helping reduce warping and burn-through on thin metals while maintaining a smooth bead that can produce high-quality cosmetic results.
For the operator, the stable, arc-free process and intuitive presets shorten the learning curve for newcomers and give veteran welders precise control. The outcome is a measurable increase in weld quality and productivity. Whether your welding method prioritizes speed, penetration, or high-precision aesthetics, LightWELD offers the capability to maximize output with fewer passes and less finishing.
Yes, handheld laser welding and cleaning work together to elevate outcomes. Pre-weld cleaning rapidly eliminates contaminants such as oxides, oils, and debris on the weld surface, often eliminating the need for brushing or chemicals. A cleaner joint area helps enable stable fusion and uniform wetting, which in turn can produce consistent seams and better penetration.
After joining, post-weld laser cleaning functionality can brighten the bead, reduce discoloration, and remove light surface residue. These laser cleaning systems are designed to revolutionize finishing: they are fast, flexible, and suit complex geometries without abrasive contact. By integrating pre-weld prep and post-weld refinement at one station, shops can dramatically shorten cycle time, extend tip life, and achieve results across a wider mix of metal parts, from aluminium enclosures to copper bus bars and titanium assemblies.
LightWELD is easy to learn thanks to application-based presets, ergonomic torches, and stable process control that reduces operator variability. New staff reach production readiness quickly, while veteran welders gain a flexible tool for dissimilar joints, thin sections, and high-precision cosmetic seams. Whether you’re transitioning from MIG welding or TIG, the system’s intuitive operation helps you optimize parameters and reduce rework.
From job shops to manufacturers scaling output, LightWELD helps revolutionize your weld by delivering faster cycles, less heat on sensitive parts, and results across a wide range of applications. Ready to maximize productivity with laser welding and cleaning? Talk to a Spark & Co. expert to size the right system for your range of materials and thicknesses, test your parts, and unlock cleaner seams with fewer steps. We also supply compatible consumables, including nozzles, lenses, protective windows, and wire, to keep your LightWELD system running at peak performance.
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| LightWELD 2000XR Welding & Cleaning | LightWELD 1500XR Extended Range Welding & Cleaning | LightWELD 1500XC Welding & Cleaning | LightWELD 1500 Welding | LightWELD 1000 Welding |
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| Welding Capability: Steels | Stainless, Galvanized & Mild Steel: up to 8 mm (0.315” ) | Staineless Steel, Mild Steel, Galvanized Steel 6.35 mm (0.250'') | Staineless Steel, Mild Steel, Galvanized Steel 4 mm (0.160'') | Staineless Steel, Mild Steel, Galvanized Steel 4 mm (0.160'') | Staineless Steel, Mild Steel, Galvanized Steel 4 mm (0.160'') |
| Welding Capability: Aluminium | Aluminum 3 & 5 Series: up to 8 mm (0.315”) Aluminum 6 Series: up to 5 mm (0.200”) | Aluminium (3XXX, 5XXX, 6XXXseries) 6.35 mm (0.250'') | Aluminium (3XXX, 5XXX series) 4 mm (0.160'') | Aluminium (3XXX, 5XXX series) 4 mm (0.160'') | Aluminium (3XXX, 5XXX series) 4 mm (0.160'') |
| Welding Capability: Titanium and Nickel Alloys | Titanium & Nickel Alloys: up to 7 mm (0.275” ) | Titanium and Nickel Alloys 6.35 mm (0.250'') | - | - | - |
| Welding Capability-Cooper | Copper: up to 3 mm (0.120”) | Copper 2 mm (0.080'') | - | - | - |
| Wooble Welding | Up to 5 mm width | Up to 5 mm width | Up to 5 mm width | Up to 5 mm width | Up to 5 mm width |
| Cleaning Capability | Pre- & Post-weld up to 15 mm width | Pre- & Post-weld up to 15 mm | Pre- & Post-weld up to 15 mm | - | - |
| High Frequency Peak Power for Cleaning | 3000 W | 2500 W | 2500 W | - | - |
| Wire Welding Capability | Yes | Yes | Yes | Yes | Yes |
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| OPTIMAX | OMAX | MAXIEM | GLOBALMAX | PROTOMAX | |
| Description du Produit | La machine à jet d'eau complète utilisant le meilleur de ce que OMAX a à offrir. | Le cheval de bataille des jets d'eau, la ligne OMAX offre précision, performance et puissance. | Capacité maximale avec la plus large compatibilité d'accessoires | Configuré pour votre entreprise avec une large compatibilité d'accessoires | Jet d'eau abrasif économique avec compatibilité essentielle d'accessoires |
| 3-Axes | Z Programmable | Z Programmable | Z Programmable | Z Programmable | Z Manuel |
| 5-Axes | VersaJET, TiltaJET | A-Jet, TiltaJET | A-Jet | ||
| 6-Axes | Bientôt disponible | Rotary Axis with A-Jet/TiltaJET | |||
| Buse de Coupe | MAXJet 5i | MAXJet 5i | MAXJet 5i | GlobalMAX Nozzle | ProtoMAX Nozzle |
| Dimensions de la Surface de Coupe | 10'0" x 5'2" to 13'4 x 6'8" 3.04 m x 1.57 m to 4.06 m x 2.03 m | 2'5" x 2'2" to 46'8" x 13'4" 0.73 m x 0.66 m to 14.2 m x 4.0 m | 5’2” x 5’2” to 20'6" x 10'2" 0.79 m x 0.77 m to 6.2 m x 3.1 m | 2'7" x 5'0" to 13'3" x 6'8" 0.80 m x 1.5 m to 4.0 m x 2.0 m | 12" x 12" 0.3 m x 0.3 m |
| Capacité de Poids sur la Surface de Coupe | 400 lbs/sq ft 1950 kg/m2 | 400 lbs/sq ft 1950 kg/m2 | 300 lbs/sq ft 1465 kg/m2 | 100 lbs/sq ft 488 kg/m2 | 50 lbs/ sq ft 244 kg/m2 |
| Circularité Ballbar | ±0.003" ±0.076 mm | ±0.0025" to ±0.005" ±0.064 mm | ±0.005" ±0.127 mm | ±0.007" ±0.178 mm | ±0.016" ±0.406 mm |
