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...Automotive Mold product boasts top-of-the-line Design Software which includes CAD (Computer-Aided Design), CAM (Computer-Aided Manufacturing), and CAE (Computer-Aided Engineering). These software tools allow...
..., OPZV/S, Fork-lifter Battery, etc. We have 30 engineers support by advanced CAD/CAE/CAM software, 150 skillful technicians responsible for the whole mold processing by 24 hours under ISO9001 quality managem...
... at high pressure and temperature. The mold is made of high-quality materials such as P20, S136, 2316, H13, etc. and designed using CAD/CAM software for high precision. The mold can be made with multiple cav...
...standards ASTM D4482 test rubber fatigue properties of the machine. Cam-operation, and then led the jig up and down stretching exercises, testing the fatigue resistance of the rubber. 1. Windows based softwa...
...CAM Vertical Garment Cutter Inkjet Cutting Plotter Professional 250cm printing and cutting solution for garment industry Product Overview Key Features Exclusive software algorithm for precise printing Cleare...
... for all kind of shape cutting of non-metallic flexible materials. Using independently developed CAM cutting software and intelligent nesting and typesetting software, it is equipped with various tools such ...
... manufacturing process where pre-programmed computer software dictates the movement of factory tools and machinery. This technology uses CAD (Computer-Aided Design) and CAM (Computer-Aided Manufacturing) sof...
... thickness:0.05-2.0mm F: zero or less loss of material use. METS Precision-Tool uses a variety of 2D and 3D cad/cam Software to develop, design, and plan the layout of our dies. (see below for the full...
... thickness:0.05-2.0mm F: zero or less loss of material use. METS Precision-Tool uses a variety of 2D and 3D cad/cam Software to develop, design, and plan the layout of our dies. (see below...
... thickness:0.05-2.0mm F: zero or less loss of material use. METS Precision-Tool uses a variety of 2D and 3D cad/cam Software to develop, design, and plan the layout of our...
... thickness:0.05-2.0mm F: zero or less loss of material use. METS Precision-Tool uses a variety of 2D and 3D cad/cam Software to develop, design, and plan the layout of our dies. (see below for the full...
... thickness:0.05-2.0mm F: zero or less loss of material use. METS Precision-Tool uses a variety of 2D and 3D cad/cam Software to develop, design, and plan the layout of our dies. (see below...
... thickness:0.05-2.0mm F: zero or less loss of material use. METS Precision-Tool uses a variety of 2D and 3D cad/cam Software to develop, design, and plan the layout of our dies. (see below for the full...
... thickness:0.05-2.0mm F: zero or less loss of material use. METS Precision-Tool uses a variety of 2D and 3D cad/cam Software to develop, design, and plan the layout of our dies. (see below for...
... thickness:0.05-2.0mm F: zero or less loss of material use. METS Precision-Tool uses a variety of 2D and 3D cad/cam Software to develop, design, and plan the layout of our dies. (see below for the full...
... thickness:0.05-2.0mm F: zero or less loss of material use. METS Precision-Tool uses a variety of 2D and 3D cad/cam Software to develop, design, and plan the layout of our dies. (see below for the full...
... thickness:0.05-2.0mm F: zero or less loss of material use. METS Precision-Tool uses a variety of 2D and 3D cad/cam Software to develop, design, and plan the...
... thickness:0.05-2.0mm F: zero or less loss of material use. METS Precision-Tool uses a variety of 2D and 3D cad/cam Software to develop, design, and plan the layout of...