Machined Plastic Prototype

Working principle of CNC machining
CNC machining is a highly automated manufacturing process that achieves control of machine tools through the use of digital control systems and motion control systems. The following are the four main aspects of the working principle of CNC machining:
1. Digital control system
The digital control system is the core of CNC machining, which controls the machine tool by converting the geometric shape and size of parts into digital information. The digital control system uses machining programs to provide instructions, dividing the machining process into multiple stages, each corresponding to a specific action of the machine tool. The digital control system can accurately control the machining process of the machine tool, thereby achieving high-precision machining.
2. Motion control system
The motion control system is a key component of CNC machining, which controls the machine tool by controlling its feed motion and spindle speed. The motion control system converts the instructions of the digital control system into the actual motion of the machine tool, including tool movement, workpiece rotation, etc. The motion control system can achieve high-precision position control and speed control, thereby ensuring the stability and accuracy of the machining process.
3. Machine tool body
The machine tool body is the foundation of CNC machining, which includes components such as the bed, spindle, feed system, and tool system. The accuracy and stability of the machine tool body directly affect the accuracy and quality of the processed parts. The bed and spindle of CNC machine tools generally use materials and structures with high rigidity and precision to ensure stability and accuracy during high-speed and high-precision machining.
4. Auxiliary system
The auxiliary systems of CNC machining include cooling system, lubrication system, chip removal system, etc. These systems play an auxiliary role in the machining process and have a significant impact on the machining process and product quality. For example, a cooling system can reduce the temperature rise of cutting tools and workpieces, improve machining accuracy and surface quality; The lubrication system can reduce the friction and wear of the moving parts of the machine tool, and improve the service life of the machine tool; The chip removal system can timely discharge the waste generated during the machining process, ensuring the smooth progress of the machining process.
In summary, the working principle of CNC machining is to control the machine tool through digital control systems and motion control systems, and to achieve automated machining by combining the machine tool itself and auxiliary systems. This process method can improve processing efficiency and accuracy, reduce labor costs, and is a widely used manufacturing technology in modern manufacturing.

With Mazak laser cutting machines, (CNC) punching machines, CNC bending machines, CNC lathes, CNC machining centres, CNC milling machines, riveting machines, welding machines, drilling machines, etc., Innolead specialises in producing unique parts for a variety of industries. Product categories include CNC machined components, stamped sheet metal components, cast components, injection components, moulds, etc. Products are shipped from the company to North America, South America, Europe, Oceania, East Asia, the Middle East, South Asia, and other locations. The company has an ISO 9001 quality management system. We will continue to put quality, service, and working with clients first as we have always done.

Hot Tags: machined plastic prototype, China machined plastic prototype manufacturers, suppliers, factory, CNC Machined Plastic For Prototype, Challenger Series Steering Wheel Prototype, Delrin Closed Impeller CNC Machining, CNC Plastic Machining Auto For Aviation Part Prototype, Casting Polyurethane Motor Mount Bushings With Liquid Urethane 3D Printed Mold Prototype, Heavy Duty Truck Suspension Prototype