No Risk of Electromagnetic Interference (EMI): Unlike processes that use electrical currents (such as MIG or TIG welding), laser welding is not susceptible to electromagnetic interference, which is important in sensitive electronic or semiconductor applications.
Capable of High-Volume Production: Laser welding is ideal for mass production due to its speed, precision, and repeatability, making it a common choice for industries such as automotive manufacturing, electronics, and consumer goods.
Enhanced Process Monitoring Capabilities: Laser welding systems can be equipped with advanced sensors and monitoring equipment that provide real-time data on the weld quality, enabling immediate adjustments for optimal results.

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.

Factory work shop

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