Metal Cutting Equipment

CNC Lathes

**Functional Features:** Primarily used for machining parts with rotational symmetry—such as shafts, discs, and rings—these machines can perform operations including external turning, internal boring, facing, and thread cutting.

**Applicable Industries:** Widely utilized in mechanical manufacturing, automotive, motorcycle, and instrumentation industries for machining various types of shafts, sleeves, and similar components.

CNC Milling Machines

**Functional Features:** Capable of performing operations such as face milling, contour milling, and cavity milling on workpieces. By coordinating the rotation of the cutting tool with the movement of the worktable, they enable multi-axis simultaneous machining, allowing for the creation of complex planar and three-dimensional shapes.

**Applicable Industries:** Employed in general machining, mold manufacturing, and electronics equipment production; frequently used to machine various flat surfaces, grooves, gears, cams, and similar parts.

CNC Machining Centers

**Functional Features:** Building upon the foundation of CNC milling machines, these systems incorporate an automatic tool changer and a tool magazine. This enables the automatic exchange of multiple cutting tools within a single workpiece setup, allowing for the continuous execution of various machining processes—including milling, drilling, boring, reaming, and tapping.

**Applicable Industries:** Extensively used in the automotive, aerospace, mold-making, and electronics sectors to machine parts with complex geometries, thereby significantly enhancing both machining efficiency and precision.

CNC Drilling Machines

**Functional Features:** Primarily designed for operations such as drilling, hole expanding, reaming, and countersinking on workpieces. They offer high-precision and high-efficiency drilling capabilities, utilizing a CNC system to precisely control the position and depth of each drilled hole.

**Applicable Industries:** Found in mechanical manufacturing, architectural hardware production, and automotive component processing; commonly used to machine various types of holes—such as oil passages and threaded holes—within components like engine blocks.

CNC Boring Machines

**Functional Features:** Primarily dedicated to machining high-precision holes and hole systems. These machines ensure exceptional accuracy regarding hole dimensions, geometry, and positional alignment, making them particularly suitable for machining large-diameter holes and deep holes.

**Applicable Industries:** Widely utilized in heavy machinery manufacturing, shipbuilding, and aerospace industries; frequently employed to machine box-type components, machine tool headstocks, and similar large-scale parts. **Electrical Discharge Machining (EDM) Equipment**

**CNC EDM Sinker Machines**

**Key Features:** Utilizes the energy generated by pulsed electrical discharges to electro-erode conductive materials. Capable of machining cavities and molds of various complex shapes—particularly those that are difficult to produce using traditional cutting methods.

**Applicable Industries:** Primarily used in the mold manufacturing industry (e.g., for plastic molds, die-casting molds, stamping dies, etc.), and can also be employed to machine parts made from specialized materials.

**CNC Wire-cut EDM Machines**

**Key Features:** Employs a moving, fine metal wire (electrode wire) as the cutting tool; the workpiece is cut via pulsed electrical discharges. Capable of producing parts with various linear and curved profiles, characterized by high cutting precision and excellent surface finish.

**Applicable Industries:** Widely utilized in mold manufacturing, electronic component processing, precision machining, and related fields. Commonly used to machine components for blanking dies, such as punches, dies, and stripper plates.

**Other Machining Equipment**

**CNC Laser Cutting Machines**

**Key Features:** Directs a high-energy-density laser beam onto the workpiece, causing the material to instantly melt or vaporize, thereby achieving the cutting effect. Offers numerous advantages, including rapid cutting speeds, high precision, superior cut quality, and non-contact processing.

**Applicable Industries:** Metal fabrication, automotive manufacturing, aerospace, electronic equipment manufacturing, and related sectors. Capable of cutting a wide variety of materials, including metal sheets, tubes, and profiles.

**CNC Waterjet Cutting Machines**

**Key Features:** Utilizes a high-pressure water jet—often carrying abrasive particles—to cut through workpieces. Capable of cutting materials of varying hardness levels—including metals, stone, glass, and ceramics—without causing thermal deformation or burrs during the process. Demonstrates exceptional versatility across a wide range of materials.

**Applicable Industries:** Architectural decoration, stone processing, automotive interior manufacturing, aerospace, and related fields. Frequently used to cut sheets and components featuring complex geometric shapes.