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The deposit welding system is especially designed for the mould industry, and it is applied to repair of precision moulds, for example, digital products, handsets, toys, autos, and motors mould making and modeling. The mould repair can make full use of the original moulds, which will greatly reduce the production cost, and improve the working efficiency. The technology can also be applied to modification of mould design or size, thus reducing the development cycle of the product.
Characteristics
The operating principle for the laser deposit welding system is as follows: the melting and jointing technology centralized by laser energy effectively handles welding and repair of fine parts, thus compensating for the deficiency of the traditional argon-arc welding technique in repairing and welding fine surfaces. By avoiding thermal strain and post processing, it greatly saves the production cycle of moulds.
Applicable materials and industries
It is applicable to metallic materials such as cold working high alloy steel, hot forging high alloy steel, nickel tool steel, high grade steel, copper alloy, beryllium steel, and high flexibility aluminum alloy. The remote controller or the touch operation panel can be used to select the laser output power, frequency, pulse width and other parameters. The moving speed of the workbench can be set to manipulate the workbench moving, so that the welding parameters match the welding requirements, and thus producing optimal effect of smooth welding joints and points.
Advantages
The product is customized for the mould industry by introducing German technology, with unique structural design, and applicable to repair of large, medium and small-sized moulds.
1. The ceramic focusing cavity is corrosion and high temperature resistant, and the service life is 8 to 10 years, while the service life of the xenon lamp is over 8 million times.
2. World-leading automatic light shielding system is employed to remove stimulation of light on eyes during operation.
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