Fine machining process

The process of fine machining usually includes preparation work, machining process, quality inspection and packaging. In the preparation stage, the raw materials to be processed are selected, cut, welded and heat treated. In the machining process, according to the different shapes and machining requirements of the required parts, the corresponding machining equipment and machining methods are selected for machining and processing. In the quality inspection stage, the use of three coordinates, optical projector, hardness tester and other equipment for processing samples testing, and strict quality control, each piece of product in line with our quality standards.

In summary, meticulous machining is an important part of industrial production. Through different types of processing equipment, different processing methods with, can be processed out of different shapes, different materials of the detailed parts, for all walks of life to provide a strong support. In the future, there will be more and more technology and innovation applied to the area of detailed machining, and constantly improve the rate and quality of product processing, to promote the further enhancement of industrial development.

Detailed machining is one of the production methods used in industrial production, which can use a variety of different types and specifications of processing equipment, so as to process a variety of mechanical parts. In industrial manufacturing, detailed machining is an indispensable link, because it can process raw materials into detailed parts, providing strong support for the subsequent production process.

Grinding is the use of grinding machines to polish the surface of parts that have already been processed, so that they can achieve higher precision and good surface finish. Grinding machines can be divided into surface grinding machines, cylindrical grinding machines, internal grinding machines and centre grinding machines, etc. Different types of grinding machines can meet different processing requirements. Wire EDM is a modern machining method that uses tungsten wire as the cutting tool and uses the principle of discharge heating to cut the desired shape on the surface of the workpiece. WEDM is commonly used for its accuracy and speed, especially in the processing of electronic components and mechanical parts.

In the process of detailed machining, the commonly used machining methods include turning, milling, drilling, grinding and wire cutting. Among these machining methods, turning is the basic and commonly used machining method. Turning is the process of machining the desired shape by rotating the workpiece and using a tool to cut on its surface.

Apart from turning, milling is also a common type of machining. Milling is a machining method that uses a tool to move across the surface of a workpiece while rotating the tool to chip away material from the surface of the workpiece to obtain the desired shape. Drilling refers to the use of a drill bit to drill holes in a workpiece, and is commonly used to create holes, stops, and to join workpieces.