The portal processing center is a large -sized high -performance CNC processing equipment specially designed for precision processing of large and complex blanks. Its design uses a portal frame, which has high stiffness and stability, provides a multi -axial connection, has a wide processing range and is suitable for cutting various complex contours. The equipment is equipped with a powerful spindle and a high -precision guide system, which meet the requirements of high -speed and high -precision processing. Portal processing centers are widely used in aerospace, shipbuilding, energy, heavy engineering, the production of press forms and other industries. They are especially suitable for processing large parts, complex curved surfaces and high -precision shapes.

A three-line reforming machine of high stiffness is a high-performance machine specially designed for processing press forms and has excellent rigidity and stability. This model uses a three -line design of the guide, which significantly increases the vibration resistance and carrying capacity of the machine, providing stable and accurate cutting performance during high -precision processing. Especially suitable for processing large, complex shapes and materials of high hardness. Due to the excellent accuracy and stability of processing, it is widely used in the production of press forms in cars, household appliances, plastics, pressure under pressure and other industries. It can effectively reduce processing time and increase production efficiency and product quality.

A high -speed and high -precision processing center for parts is a CNC processing equipment, which combines the functions of milling, drilling, carving, boring and others. It is specially designed for high -precision and high -speed production. Its nucleus has a high stiffness design and a high -speed spindle equipped with precision linear guides and ball screws to ensure stability and accuracy during processing. The processing center is equipped with a rapid shift system and an effective design of chips removal, which significantly increases the processing efficiency and the level of automation of production. It is widely used in the aerospace industry, automobile details, precision tools, the production of press forms and other areas and is suitable for processing complex forms and high-precision parts with high demand.

A high -speed Pyato -axis processing center is a modern CNC machine, which can simultaneously control the movement of several axes when rotating at high speed and is suitable for processing complex curved surfaces and high -precision parts. It is widely used in aerospace, automotive industry, processing of press forms, precision instrumentation and other industries. It can perform multifaceted processing in one clamp, reduce numerous errors of preparation of workpieces, as well as increase production efficiency and processing accuracy. This equipment has powerful flexible processing capabilities and is especially suitable for processing complex three -dimensional curved surfaces and high -precision parts, which significantly increases production automation and product quality.

A high -speed machine for drilling and cutting threads is an effective technological equipment that combines the functions of drilling and cutting threads. It is specially designed for the requirements of high accuracy and high -speed processing. This equipment uses an advanced CNC system and a high -speed spindle, which allow you to perform complex drilling and cutting threads with several holes in a short time. It has the characteristics of high stability, high accuracy and significantly improved production efficiency and is suitable for mass production and accurate processing of complex parts. It is widely used in the automotive industry, electronic products, aerospace, machine -building and other industries and is especially suitable for rapid processing of metal, plastic and other materials.

Selective laser melting of metals (SLM) is a 3D printing technology in which metal powder is used for direct printing of metal parts. When printing, the scraper applies a layer of metal powder to the supporting plate of the molding cylinder, and the laser beam selectively melts the powder in accordance with the transverse section profile of each layer of the part for processing the current layer. After the sintering of one layer is completed, the lifting system reduces the height of one layer of cross section. The video for the distribution of the powder distributes another layer of metal powder into the formed layer of cross section and sins the next layer. This is the layer by the layer. Until the whole part is in a way. The entire molding process is carried out in a technological chamber, vacuumed or filled with protective gas to prevent metal reaction with other gases at high temperatures.

Selective laser melting of metals (SLM) is a 3D printing technology in which metal powder is used for direct printing of metal parts. When printing, the scraper applies a layer of metal powder to the supporting plate of the molding cylinder, and the laser beam selectively melts the powder in accordance with the transverse section profile of each layer of the part for processing the current layer. After the sintering of one layer is completed, the lifting system reduces the height of one layer of cross section. The video for the distribution of the powder distributes another layer of metal powder into the formed layer of cross section and sins the next layer. This is the layer by the layer. Until the whole part is in a way. The entire molding process is carried out in a technological chamber, vacuumed or filled with protective gas to prevent metal reaction with other gases at high temperatures.

Selective laser melting of metals (SLM) is a 3D printing technology in which metal powder is used for direct printing of metal parts. When printing, the scraper applies a layer of metal powder to the supporting plate of the molding cylinder, and the laser beam selectively melts the powder in accordance with the transverse section profile of each layer of the part for processing the current layer. After the sintering of one layer is completed, the lifting system reduces the height of one layer of cross section. The video for the distribution of the powder distributes another layer of metal powder into the formed layer of cross section and sins the next layer. This is the layer by the layer. Until the whole part is in a way. The entire molding process is carried out in a technological chamber, vacuumed or filled with protective gas to prevent metal reaction with other gases at high temperatures.

Selective laser melting of metals (SLM) is a 3D printing technology in which metal powder is used for direct printing of metal parts. When printing, the scraper applies a layer of metal powder to the supporting plate of the molding cylinder, and the laser beam selectively melts the powder in accordance with the transverse section profile of each layer of the part for processing the current layer. After the sintering of one layer is completed, the lifting system reduces the height of one layer of cross section. The video for the distribution of the powder distributes another layer of metal powder into the formed layer of cross section and sins the next layer. This is the layer by the layer. Until the whole part is in a way. The entire molding process is carried out in a technological chamber, vacuumed or filled with protective gas to prevent metal reaction with other gases at high temperatures.