Xin Pin Prototype Manufacturing Co., Ltd.

Why Choose Precision CNC Machining?

Computer numerical control is the automation of machine-based instruments by using a computer programmed to execute specific commands. Wood milling, 3D printing, laser cutting, you name it, there is a CNC machine for almost every commercial manufacturing application and process.

1. Understand the precision CNC machining

Precision CNC machining works on different materials including wood, metal, foam, thermoplastic and acrylic. The composition of the CNC system is usually different. This is primarily because some systems tend to combine all required tools into a single unit, while other designs include separate, tool-specific units interconnected by external controllers. Regardless of composition, all CNC systems automate the process of designing and manufacturing the parts to be machined. So what do we actually get from precision machine products?

2. Why do you need precision CNC machining?

Precision CNC machining is used to remove raw material from the workpiece while maintaining a tight tolerance finish. This helps create the perfect finished product. In other words, it showcases the shaping of large blocks of material into more concrete parts. In this way, they can meet precise specifications. The process includes cutting, turning, milling and electrical discharge machining. It is usually carried out with the help of CNC equipment.

Precision manufacturing is defined as the manufacture of individual parts with extreme precision. This type of machining produces small and large objects that we use every day. Whether you realize it or not, every little piece of a particular object usually requires some kind of mechanic skill. Likewise, worn machines or tools often require machine tool calibration, grooving or welding by a professional precision mechanic.

From automotive production to the manufacture of aircraft parts and surgical instruments, precision CNC machining is involved in every industry and technology you can think of. So basically, if there's a part in an item you're familiar with, it's likely to have some kind of precision CNC machining. Typically, precision CNC machining is specified by OEMs to convert certain materials. As mentioned above, precision mechanics take a raw material (usually metal) and shave it to the desired shape.

Precision CNC machining utilizes computer-aided design or computer-aided manufacturing. Machining processes are widely used to create various objects such as: surgical instruments, wind and solar components, aerospace components. Although drill presses and presses are used in combination, the use of high-speed robotics is not uncommon in the state-of-the-art in precision CNC machining.

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