Starship Ring Laser Automatic Aluminium Welding Machine for Thick Plate Seam Welding
| Frequency: | 1-100 KHz | Fiber Core: | 50 Um / 100 Um |
| Weldable Materials: | Aluminium, Copper, Stainless Steel | Fiber Cable Length: | 10 M (Customized) |
| Output Frequency: | 1-100 KHz | Cooling Method: | Water Cooling |
| High Light: | Automatic Ring Laser Welding Machine,Zero Spatter High Speed Welding,Aluminium Copper Any Thickness Welding |
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The Starship is an automatic aluminium welding machine built on the ring laser platform. A coaxial ring beam and a central core beam are emitted at the same time from the adjustable mode beam laser source: the outer ring preheats the material and holds the molten pool stable, while the inner core performs deep penetration welding. Because heat is delivered evenly instead of in one concentrated point, the machine reaches spatter-free, high-speed welding on any metal and any thickness – including aluminium plates and profiles that conventional fiber lasers normally cut, distort or spatter.
- HW adjustable mode beam source outputs an outer ring and an inner spot simultaneously
- Ring diameter adjustable from 0 to 5 mm to match butt, lap, fillet and sealing joints
- Ring / core power ratio set independently on the touch screen, no hardware change needed
- Multi-point heat input keeps welding stress low, so thin aluminium plates stay flat
- High-reflectivity aluminium and copper are welded without back-reflection damage to the source
- Stabilised keyhole and molten pool suppress spatter and porosity at the source
- Smooth, uniform bead that needs no post-weld grinding, polishing or rework
- Protective glass and optics stay clean far longer, cutting consumable cost per part
- Seam density is suitable for pressure-bearing and leak-tight assemblies
- Aluminium and aluminium alloy, copper, brass, stainless steel, galvanised steel
- Thick plate seams, battery trays, busbars and enclosures welded with consistent penetration
- Low heat-affected zone protects heat-sensitive parts and coated surfaces
- Parameter recipes stored per material and thickness for fast changeover
- Aluminium battery trays, module frames and busbar welding in new energy packs
- Aluminium profile doors, windows, curtain walls and structural frames
- Automotive aluminium parts, motor housings and heat exchangers
- Copper busbars, connectors and terminals in switchgear and power electronics
- Stainless steel tanks, cabinets and sheet metal enclosures
Conventional single-spot laser welding on aluminium needs high peak power, which causes keyhole instability, spatter and porosity – so factories grind afterwards or switch to TIG for thick sections. The ring beam spreads energy around the keyhole, so one machine delivers both the speed of laser welding and the bead quality of an arc process: no grinding, no rework, no second station.
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