BST Laser's R&D Department has launched its new Benchtop Fiber Laser Welding Machine. Equipped with a 1500W/2000W fiber continuous laser, dual oscillating head, and a reinforced workbench, this machine eliminates the hassles of aluminum signage welding, delivering robust, precision welds that meet industrial demands.
In the signage industry, welding aluminum materials is a frequent yet challenging task. As widely recognized, aluminum’s inherent properties—such as high thermal conductivity, susceptibility to oxidation, strong reflectivity, and low absorption rate—often lead to issues like deformation and rough weld seams with traditional welding machines. Even YAG laser welding machines struggle with aluminum, producing weak, fragile joints that easily fracture, making aluminum welding a persistent pain point in the industry.
To tackle this challenge, BST Laser’s R&D Department has launched its new Benchtop Fiber Laser Welding Machine. Equipped with a 1500W/2000W fiber continuous laser, dual oscillating head, and a reinforced workbench, this machine eliminates the hassles of aluminum signage welding, delivering robust, precision welds that meet industrial demands.
This machine offers the following advantages:
- Fiber continuous laser technologyenables welding of stainless steel, aluminum, copper, galvanized sheets, and other non-ferrous metals.
- Dual oscillating headsupport multiple welding modes, enhancing penetration depth for stronger welds.
- Adjustable weld seams for diverse materials and thicknesses, expanding the tolerance range of processed partsand weld width, with improved seam formation.
- High-definition CCD displayfor real-time monitoring of welding details, paired with red light auxiliary positioning for precision alignment.
- Large tempered glass workbenchaccommodates small, medium, and large-sized signage letters.
- Dual-temperature, dual-control adaptive intelligent chillerensures efficient cooling for the laser and components.
- Aesthetic weldswith high speed, maintenance-free operation, no consumables, no weld marks, no discoloration, no deformation, and no post-weld polishing required.
Key Features Highlight
Multi-material versatility: Seamlessly handles metals with varying reflectivity and thermal properties.
Precision engineering: Combines adaptive optics and intelligent cooling for consistent quality.
Cost efficiency: Eliminates post-processing steps, reducing labor and material waste.
