Process of ABS Plastic Parts By CNC Process Center

Before large-scale ABS plastic parts come to mass production, a few samples are made to test its performance with a view to avoiding mistakes. The method, which we commonly called, is first sample. Generally speaking, completion of first sample is made by CNC process center. Numerical control machining refers to process work that is completed by numerically controlled process tools. CNC means numerically controlled machine tool is programmed with CNC machining language for control ,which commonly called G code. G code instructed NC machining tool how well the Cartesian coordinates it should be able to take. It also gets in control of the proper speed when cutting tools are in and out and main axial’ s velocity as well as tool converters and coolants. In comparison with manually controlled machining, CNC has great advantages. For example, the parts machined by CNC machining method are more precision and highly reusable; NC machining method could be able to complete parts of sophisticated shape that manually-controlled can not machine. CNC machining technology finds its wide application. Most machine workshops equip themselves with advanced NC machining equipments for better efficiency. The CNC machining method, most commonly seen in the typical CNC machining workshop, are CNC Milling Machine, CNC lathe and EDM

CNC Milling Machine and CNC Process Center are capable of operating CNC milling machine. The lathe, capable of operating CNC lathe works, is called CNC lathe center. G code used in CNC is manually programmed but CAM software is commonly used in workshop which get access to and read CAD, generating G code program to assist in getting control over CNC machine tools.

ABS is one of five major synthetic resins. It features excellent impact resistance, heat resistance, low temperature resistance, chemical proofing and electric property. It also is easy to process, to maintain dimensional stability and excellent glossiness as well as easy to be coated and painted and conducts secondary process such as metallikon, electroplate, welding, heat-pressure technology and adhesion. It find its wide application in such industrial areas as machinery, automobile, electronics, instruments and apparatuses, textile and construction industry. ABS is an engineering thermoplastic, finding its wide application in many fields.

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