3D printing

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3D printing can create objects of almost any shape, including those with complex internal structures and voids. Compared to traditional manufacturing methods, 3D printing is much faster. Once the 3D model is designed, the printer can immediately begin manufacturing the object without the complicated preparation that is required with traditional methods.

CNC machining

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CNC machine tools can achieve high-precision machining through computer control. They can accurately position and process the workpiece according to the pre-set program, reducing the interference of human factors and improving the accuracy and repeatability of the processing. CNC machines have a variety of functions and machining methods. They can be milled, drilled and bored

Sheet metal

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Sheet metal processing using advanced equipment and precision technology, can achieve high processing accuracy. With precise cutting, bending and stamping operations, parts of the required size and shape can be obtained. Sheet metal processing usually uses automated equipment and process flow, which can achieve fast and continuous production.

Mold processing

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Mold processing usually requires the production of accurate molds to ensure that the parts or products produced have high precision size and shape. Mold processing using advanced equipment and technology, can achieve high processing precision mold processing can make different types of molds, including injection molds, die casting molds, stamping molds and so on. Each type of mold has different characteristics and processing requirements, and can adapt to different production needs.

Turning and milling

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Turning and milling can complete two processing operations on a machine tool, which reduces the number of workpiece clamping and the switching time of the machine tool, and improves the processing efficiency and production efficiency. Turning and milling can realize a variety of forms of workpiece machining, including outer circle, inner circle, plane, surface and thread. By replacing different tools and fixtures, workpiece processing needs of different shapes and sizes can be met.

Laminating

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Film processing can form a protective film on the surface of the object to prevent the object from being eroded and damaged by the external environment. This film can prevent the erosion of water, oxygen, dust, chemicals, etc., and extend the service life of the object. Film processing can change the appearance of the object, making its surface smooth, bright and textured. By choosing different film materials and processing processes, different colors, textures and glossiness can be achieved

Slow wire processing

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The slow wire machining adopts the way of electric spark discharge to process, which can achieve very high machining accuracy. By controlling discharge parameters and discharge path, accurate size and shape can be obtained to meet the requirements of high-precision machining. Slow wire processing can produce a variety of complex shapes of parts and workpieces. Because the discharge process can penetrate the material and is not limited by shape, parts with complex geometry and internal space can be machined.