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What scope is the CNC machining center applicable to?
CNC machining centers can complete multiple processing steps at once, producing workpieces with multiple steps and high precision requirements. The machining center can also upgrade to a multi axis machining center. Now let’s take a look at which types of parts and molds the machining center can process
1. Applicable machining range of CNC machining centers
The CNC machining range covers a wide range of products, and machining centers mainly process complex shaped workpieces such as box shaped workpieces, complex curved workpieces, irregular workpieces, disc shaped workpieces, sleeve shaped workpieces, and plate shaped workpieces, which can all be processed using machining centers.
2. CNC machining center processing box type workpieces
Generally, high-precision hole systems and planes are required for machining. When machining box type workpieces on machining centers, one clamping can complete 60% to 95% of the machining process content.
3. Machining curved surface workpieces on machining centers
Generally, complex curved surface workpieces are processed using machining centers with four or more axes linkage. For example, a five axis machining center can process various complex curved surface workpieces. Simple curved surface workpieces can also be processed using a three-axis machining center, but ball end milling cutters must be used to complete the machining in three coordinates, which has high machining efficiency but relatively low efficiency. If a three-axis machining center is used for complex curved surface workpieces, the machine cannot process them because the three-axis machining center can only process simple curved surface workpieces, while complex curved surface workpieces cannot be processed. For example, complex curved surface parts such as impellers, blades, and marine propellers require a five axis linkage machining center to complete the processing.
4. Machining center processing irregular workpieces
Irregular shaped parts are parts composed of a mixture of points, lines, and surfaces, with irregular shapes. Processing such parts requires the use of a five axis linkage machining center. Moreover, the more complex the shape and the higher the accuracy requirements, the more advantageous the machining center is. Such as brackets.
5. Processing disc, sleeve, and plate workpieces Processing disc, sleeve, and plate workpieces
Irregular shaped parts are parts composed of a mixture of points, lines, and surfaces, with irregular shapes. Processing such parts requires the use of a five axis linkage machining center. Moreover, the more complex the shape and the higher the accuracy requirements, the more advantageous the machining center is. Such as brackets.
4. Machining center processing irregular workpieces
Irregular shaped parts are parts composed of a mixture of points, lines, and surfaces, with irregular shapes. Processing such parts requires the use of a five axis linkage machining center. Moreover, the more complex the shape and the higher the accuracy requirements, the more advantageous the machining center is. Such as brackets.
4. Machining center processing irregular workpieces
Irregular shaped parts are parts composed of a mixture of points, lines, and surfaces, with irregular shapes. Processing such parts requires the use of a five axis linkage machining center. Moreover, the more complex the shape and the higher the accuracy requirements, the more advantageous the machining center is. Such as brackets.