Compared with traditional welding methods, Maxphotonics’ Latest Generation of lightweight, compact, handheld laser welding products! Versatile, portable, simple to operate, and easy to use, with a wide range of materials, such as; stainless steel, carbon steel, aluminum, galvanized steel sheet, copper, and many other materials. Achieving significantly better quality, uniform welding results, excellent welding performance, 4X faster welding speed (MS), higher weld strength, reduced porosity, and minimal heat-affected zones.
MA1 series removes weld deformation, burn-through, and the need for post process grinding or polishing of the surface. Significantly improving efficiency and productivity, reducing consumable waste and cutting the cost per part while improving profitability.
Say goodbye to MIG and TIG welding solutions
MIG Welding
Highly trained welders, technically difficult welding processes, poor working environment, low efficiency, not a suitable process for special metals and thin sheet metal, high consumption of welding wire, weld material requires pre-cleaning and a joint preparation grooves to ensure full penetration is achieved. Vertical welding is extremely challenging due to the limited welding direction and operating angle.
TIG Welding
Large heat affected zone. Due to the heat produced during a traditional weld, the work piece often becomes distorted and discolored, this in turn can affect the weld quality, introducing porosity, reducing joint strength, changing grain structure and creates a surface finish that will need further post processing.
It is also very difficult to weld materials such as copper and aluminum with limitations on material thickness Risks to Health and Safety at Work. The ultraviolet and infrared radiation caused by the arc can cause damage to the eye and skin of the welder, care also needs to be taken when inhaling fumes at the weld location, strong extractors are often used.
Introducing handheld fiber laser welding
Compared with traditional welding methods, Maxphotonics’ new MA1 generation of handheld laser welding products can significantly improve the welding speed (X4 faster MS), it’s simple to learn and operate, designed to meet European safety standards, save energy, and is environmentally friendly.
Maxphotonics’ new MA1 generation of handheld laser welding products, with high accuracy laser control system, stable beam quality, and laser powers available from 1000 to 1500watts; even a novice can easily produce welds at depths from 1.5mm to 6.5mm, with minimal or no consumption of welding wire, to produce excellent quality, high strength welds every time!
Equipped with 5 different copper nozzles
Stainless Steel
Galvanised
Copper
Carbon Steel
Aluminium
Red Copper
Weld these materials with confidence
Including Wire Feeder unit, Integrated Wobble Welding
Laser control system provides consistent control of wobble frequency and weld width can up to 4.0mm (0.16″) weld width, providing high quality weld seams that are symmetric but also smooth to the touch, no further processing needed.
MA1 series has the wire feeder module included, when deeper penetration welding is needed, to fill gaps and to provide smooth and flush weld profiles. supports welding wire diameter 1.0/1.2/1.6mm, suitable for carbon steel, stainless steel, aluminum, non-ferrous metal, and other alloys
Six key safety protection features, Maxphotonics is Worthy of your trust!
MA1 Series Handheld Welder is a class IV laser product To ensure safe operation appropriate PPE (personal protective equipment) must be used (as a minimum laser safe eye ware should always be used, Maxphotonics provides a pair for googles with every laser).
- laser enable control switch
- Welding torch trigger switch, torch button
- Air pressure detection, control switch and security alarm
- Warning lamp
- Safety Key switch
- Emergency stop button laser power switch
- LOOP safety lock
MAX Handheld Laser Welding VS Traditional Welding
Item | Traditional Welding | MAX Handheld Laser Welding |
---|---|---|
Health Risk | Occupational hazard. Skin or eye damage | Small indirect radiation |
Welding Speed | Slow & Inefficient | Approximately 4 times faster than TIG |
Steel Heat affected zone | Large | Small |
Welding quality | Steel rough & irregular. Need to be polished | Perfect welding seam, Welding quality |
Weld damage | With pores and easily to weld through | Molten pool uniformity, good consistency |
Welding materials | Limited by consumable change | Wide range of materials |
Learning difficulty | Professional welders are required. Technical requirement is high | Novice can master in short time span |
Steel deformation | Highly deformable | Almost no deformation |