v1machining

The key to the maintenance of CNC machine tools is to strengthen daily maintenance. The main maintenance work has the following contents: Daily inspection: The main projects include hydraulic system, spindle lubrication system, guide rail lubrication system, cooling system, pressure system. Daily inspection is based on the normal condition of the system to be detected. […]

With the development of social economy and the progress of science and technology, the automation level of enterprises is constantly improving. As a kind of high precision mechanical equipment, CNC machine tools are applied to the production and manufacturing. Numerical control machine tools with high precision, high degree of automation, in the modern machinery manufacturing

CNC machining center has a very wide range of applications, is also a kind of equipment often used in the field of precision machining, in the use of machining center, whether it is before the use of the whole process or the end of the use of matching maintenance matters can not be ignored, so

Large parts machining in the operation, need to use the corresponding processing method to process the mechanical parts, so that its shape, size and nature are in line with the corresponding standards, mainly including rough machining, finishing, assembly, inspection and packaging process. As long as we ensure that every processing process, can make the finished

Large parts machining in the operation, need to use the corresponding processing method to process the mechanical parts, so that its shape, size and nature are in line with the corresponding standards, mainly including rough machining, finishing, assembly, inspection and packaging process, as long as we ensure that each processing process. 1, large parts in

Precision parts processing has many advantages. We have shared with you the specific advantages of precision parts processing before. The most obvious one is that it can reach the high precision that ordinary processing cannot reach. High precision also depends on precise processing equipment and accurate restraint system, and the use of precision mask as

Precision parts processing has many advantages. We have shared with you the specific advantages of precision parts processing before. The most obvious one is that it can reach the high precision that ordinary processing cannot reach. High precision also depends on precise processing equipment and accurate restraint system, and the use of precision mask as

Metal cutting is to use cutting tools to remove excess metal from the blank, in order to obtain the required shape, size and surface precision parts processing method. Casting, forging and welding, etc Usually it can only be used to make rough and coarse parts. Generally speaking, the parts requiring higher precision need to be

CNC is a highly electromechanical integration of products, is composed of mechanical equipment and numerical control system for processing complex shape of the workpiece of high efficiency automatic machine tools. CNC machine tool library, with automatic tool change function, workpiece once clamping can be processed in multiple processes. The process involved in the processing of

Metal processing is a part manufacturing process, involving the processing technology including CNC machining, milling, turning, drilling, electric discharge and wire cutting, etc. The workpiece is cut into the required shape, size and surface finish through the process of removing metal materials, in order to meet the specifications of product design and engineering drawings. With

Machining method and precision of outer circle surface Shaft, sleeve and disc parts are typical cylindrical surface parts. The commonly used cylindrical surface machining methods include turning, grinding and various finishing methods. Turning is the most economical and effective machining method of outer circle surface, but in terms of its economic accuracy, it is generally

Process method of center hole processing: On the one hand, it ensures that the error of the center hole axis at both ends of the parts is controlled within the tolerance range, and on the other hand, it ensures that the geometric shape error and surface roughness of the center hole conical surface are controlled