High Flexibility in Welding Seams: Laser welding allows for the creation of various types of weld seams, such as butt, lap, corner, and T-joint welds, with excellent adaptability to different joint designs.
High-Quality Surface Finish: The laser beam produces smooth, uniform welds with minimal oxidation or discoloration. This is particularly important in applications where aesthetics are a key consideration, such as in consumer electronics and medical devices.
Precise Heat Control: The laser welding process offers precise heat control, which allows for selective heating of the joint area, reducing the thermal impact on the rest of the material and minimizing the risk of warping or cracking.
Ability to Weld Thin Materials: Laser welding is ideal for joining very thin materials (down to a fraction of a millimeter), which may be difficult to weld using conventional methods like MIG or TIG welding.

TECHNICALPARAMETER

Model	OL-MVL-30	OL-MVL-50
Type	Graphic and text marking on stainless steel, iron, and alloy materials.	Graphic and text marking on stainless steel, iron, and alloy materials.
Laser Power	30w	50w
Belt width	220mm	200mm
Engraving line speed	≤10000mm/s	≤2000mm/s
Equipment size	2000mmx500mmx1550mm	2000mm500mmx1550rm
Power Supply	1.5w/22v/50hz	1.5w/22v/50hz

Application

Aerospace and Shipbuilding Industry: Degreasing, degreasing and cleaning, paint removal, rust removal.
Automobile Manufacturing: Degreasing, cleaning of tire molds, removing coatings from galvanized sheets before welding.
Electronics and Semiconductor Industry: Cleaning of silicon wafers.
Marine, Railway, and Bridge Industry: Rust removal, paint removal.
Chemical, Food, and Medical Industries: Cleaning small holes in thin metal filter plates.
Building Cleaning: General cleaning of buildings.
Nuclear Power Plant Reactor Pipe Cleaning: Cleaning of pipes inside nuclear reactor systems.

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