High Speed EDM Drill

　　High speed EDM drill mainly uses pulse discharge between the tool electrode and the workpiece to corrode metal, thereby achieving precise small hole machining. Its working principle is to use a thin metal copper tube (called an electrode wire) that moves vertically up and down continuously as a tool electrode, and to perform pulse spark discharge erosion and forming on the workpiece in a certain medium. 　　High speed EDM drill used for the processing of small and medium-sized stamping dies, not limited by the hardness of metal materials. The template can be quenched first before processing the required hole patterns to ensure quality and improve service life. 　　EDM drilling machine is suitable for machining small holes at the cooling and ventilation inlet and outlet of turbine blades. Traditional mechanical machining faces difficulties in such small diameter deep holes, while electric discharge drilling machines can effectively solve this problem. 　　EDM drilling machine can porous perforation machining of heat-resistant and wear-resistant parts such as aircraft parts or engine nozzles. 　　EDM drilling machine is used for the processing of high-precision electronic component molds.

Automatic Electric Wire Cutting Machine

Automatic electric wire cutting machine is an efficient and high-precision metal processing equipment widely used in fields such as mold manufacturing, aerospace, and electronic manufacturing. Its main applications include complex cavity and curved surface machining of various molds, electrodes, precision components, etc.

CNC Milling Machine Center

　　CNC Milling Machine Center 　　CNC Milling Machine Center is a CNC machine tool that integrates multiple functions such as milling, drilling, and tapping, and is widely used in fields such as mechanical manufacturing, aerospace, and mold manufacturing. Its main functions include automatic tool changing, high-speed cutting, high-precision machining, etc. 　　CNC Milling Machine Centers have multiple functions and can perform operations such as milling, drilling, reaming, and tapping. It also has the ability to process multiple axes simultaneously, allowing for complex heavy cutting and high-precision machining. In addition, vertical machining centers are usually equipped with automatic tool changing systems, making tool replacement more convenient and improving production efficiency. 　　CNC Milling Machine Centers are mainly used for processing complex parts such as disks, sleeves, plates, and camshafts. These parts may have flat surfaces, curved surfaces, and hole systems on their end faces, and radial holes are often distributed radially, making them suitable for centralized machining on a single end face. In addition, it can also be used for the processing of small parts such as gears and shaft components, and is suitable for industries such as medical devices, electronics, and precision instruments. 　　CNC Milling Machine Centers are widely used in industries such as aviation, aerospace, automotive, mold manufacturing, and electronic communication. For example, in the automotive industry, it can be used for the manufacturing and processing of key components such as engines, transmissions, chassis, and body parts. In addition, it is widely used in various mechanical manufacturing industries such as light industry textiles, instruments and meters, military products, and handicrafts.

Die Sinker Machine

High speed EDM drill mainly uses pulse discharge between the tool electrode and the workpiece to corrode metal, thereby achieving precise small hole machining. Its working principle is to use a thin metal copper tube (called an electrode wire) that moves vertically up and down continuously as a tool electrode, and to perform pulse spark discharge erosion and forming on the workpiece in a certain medium.

marked by a laser marking machine

　　The effects of the laser marking machine are as follows: 　　The laser light energy evaporates the surface layer of the target substance, revealing the deeper layer of the substance. 　　The laser light energy causes chemical and physical changes in the surface layer of the substance, enabling the etching of the required patterns and characters. 　　The laser light energy burns off part of the substance, thereby revealing the desired etched patterns and characters. 　　The fiber laser marking machine is mainly composed of a fiber laser, a galvanometer, a software control board card, a chassis and cabinet, a horizontal platform for placing workpieces, etc.

Flexible bending machine

The flexible bending machine, a new - generation automated apparatus, is meticulously designed for the precise bending of plates and thin - sheet metals. By harnessing advanced CNC programming technology, a robotic arm autonomously executes bending tasks. An integrated induction device continuously monitors material parameters such as thickness, type, and hardness in real - time. This allows for automatic adjustments, ensuring that each bend meets the highest accuracy standards

Handheld laser welding machine

surface of the material to be welded, enabling the material to rapidly absorb the energy of the laser. The temperature then rises sharply, reaching the melting point or even the boiling point of the material. As a result, the material melts and fuses together, forming a firm welding joint. During the welding process, protective gases (such as argon, nitrogen, etc.) are usually used in conjunction to prevent the metal in the welding area from being oxidized at high temperatures and to ensure the welding quality

Shearing machine

A plate shearing machine is a machine that cuts metal sheets by making one blade move linearly back and forth relative to the other. It utilizes a moving upper blade and a fixed lower blade. With a proper blade clearance set, it applies a shearing force to metal sheets of various thicknesses, causing the sheets to break and separate according to the required dimensions. A plate shearing machine is a type of forging and pressing machinery, and its main application lies in the metal processing industry