Optimized for Thin-Film and Nanomaterial Welding: Due to its precision, laser welding can be used for welding thin-film materials and nanomaterials, which are used in cutting-edge technologies, such as photovoltaic cells, sensors, and flexible electronics.
Laser Welding with Precision Gap Bridging: Laser welding can bridge tiny gaps between workpieces, which is particularly useful in cases where parts have small tolerances, or when there is a slight misalignment.
Improved Corrosion Resistance: Laser welding can provide joints with excellent corrosion resistance, making it ideal for use in industries like marine, aerospace, and chemical processing, where corrosion resistance is critical.
Efficient Energy Use: The concentrated nature of the laser beam means that energy is used efficiently, reducing the overall energy consumption compared to other welding methods that may require high power input over a larger area.

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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