

Crane structure bed, to achieve outstanding rigidity, stability; The X, Y and Z linear axes are based on the movement of the base and the lathe bed, without the load of the worktable and the workpiece, and without the influence of the cutting operation environment, which can improve the low failure, long life, stable accuracy and unparalleled dynamic response of the machine tool. The AC axis rotary table is fixedly supported on the base lathe bed to avoid the precision error caused by the five-axis moving position; The AC axis selects the highest precision DDR five-axis turntable in China, while achieving high rigidity, high precision and high stability of the product. Crane type five-axis machining center is widely used in aerospace, automobile manufacturing, mold manufacturing and other fields. In the field of aerospace, the five-axis machining center can be used to process aircraft parts, such as engine blades, fuselage structures and so on. In the field of automobile manufacturing, it can be used to process automobile parts, such as engine block, crankshaft and so on. In the field of mold manufacturing, it can be used to process a variety of complex shapes of the mold.

Core product advantages Super load and large stroke: fixed table design, no load limit, can process large parts that traditional machine tools can not accommodate. Excellent rigidity and stability: The crown block structure disperses the mass of the moving parts of the spindle onto the solid bridge. Compared with the moving column structure, the system rigidity between the workpiece and the tool is higher during machining, and the heavy cutting ability is extremely strong. High precision retention: the fixed worktable avoids the error accumulation caused by the movement of the workpiece, and the thermal deformation of the mineral casting/optimized structure is small, and the long-term precision is stable. Efficient "one-time clamping" processing: Five-axis linkage capability enables complete processing of complex parts, reduces repeated clamping, and greatly improves accuracy and efficiency. Advanced automation integration: The space on both sides of the workbench is wide, and it is easy to integrate the automatic exchange workbench system, on-machine measurement system, tool breakage detection and heavy tool library to create an unmanned intelligent production line. Excellent chip removal and accessibility: open structure, chips can fall directly into the chip groove below, and the operator can easily observe and approach the workpiece.

After years of ceramic processing technology, verification, combined with a variety of ceramic processing equipment, continuous improvement and optimization, we have developed a high-speed, high-precision ceramic engraving and milling machine with high cost performance for ceramic processing. In view of the stress of ceramic processing tools and workpieces, the machine tool has been improved in the aspects of bed structure, rigidity and dust protection, optimized the internal structure of the spindle, increased the power and torque of the spindle, increased the speed of the spindle, and improved the processing technology. It can realize high-speed heavy cutting, greatly improve processing efficiency, improve production capacity and save costs for customers.



High precision, large thrust, fast response, energy saving and wide application.

Large output, fast speed, easy to use, suitable for different press mounting occasions.

High precision, can be positioned and analyzed, and can be applied to different press mounting process requirements.


The HWR Chuck can hold products of any shape, such as round, square, rectangular, special-shaped and thin-walled parts, and can automatically find the center of the workpiece; our Chuck is designed to always hold the center, even if the claws are worn in the process, or the thickness of the workpiece is different, the claws can always find the center of the workpiece. This is a special function and construction patent for this Chuck. And that workpiece can be held safely, stably and reliably.

The vise reliably grips the workpiece in a snap-fit manner at a height of only 3 mm for five-sided machining. The jaw can be turned over in a portable manner to increase the clamping range. A middle claw can also be added to realize double-station clamping. But also can clamp a workpiece with a complex shape by use that special claw.

German HWR zero point positioning is a new type of zero point product, which is full of philosophical zero point, making clamping more convenient, flexible and safe. It can be combined with HWR Chuck and vice to achieve the effect of modular application.





K520i-5Xs five-axis machining center is developed to meet the needs of multi-surface machining of complex parts and realize five-axis linkage machining. It is mainly suitable for five-axis processing fields such as blades, turbines, complex small precision moulds, medical components, aerospace and aviation.

K-540A high-speed vertical machining center adopts natural marble gantry structure bed. After long-term natural aging, the structure is uniform and the linear expansion coefficient is small; It is mainly suitable for high precision mould, copper electrode processing and various occasions with high precision requirements.

The S800i-5X uses a one-piece mineral casting base, which has good shock resistance and prevents vibration interference from affecting the processing. A moving beam type cross beam is adopted, and the cross beam adopts a 45-degree structure, so that the center of gravity is moved backward, and the structure is more stable. Equipped with five swing axes, the swing axis and the rotation axis can rotate along the X, Y and Z axes during machining. Full closed-loop control, all axes are equipped with high-resolution grating ruler; Interpolation control is carried out by using Rhenium Sodium Gram U5E control system. It is suitable for five-axis processing fields such as complex precision moulds, automotive parts, medical parts, aerospace and so on.



Compact integration of common tooth screw/ball screw with reducer and motor. The unique cost performance and unparalleled advantages provide engineers with a wide range of design space. No need to consider the leakage of liquid/gas and the new concept of cumbersome pipeline valves. Most of the self-locking performance has absolute self-locking function, which increases the safety of equipment operation. The comprehensive position accuracy can reach 0.1mm; The positioning accuracy of the servo electric cylinder can be up to 6 um. Precise control is equipped with encoder/resolver/potentiometer, which is controlled by frequency converter/servo controller/PLC to realize closed-loop precise positioning. Ynchronization is achieved by mechanically coupling a plurality of push rods or screw lifts, And that absolute synchronous lif is realized. Overload protection can be equipped with safety clutch to prevent overload; It can also be equipped with overload pressure sensor and overload alarm. Load high push and pull force 5 kg to 250 tons, travel up to 6 meters. High speed planetary roller screw electric cylinder, the speed can reach 2m/s, and the life of continuous operation is 15 times longer than that of ball screw. Other simple maintenance, low noise, can work normally in high/low temperature, anti-corrosion/explosion-proof harsh environment.

Electric cylinder is a modular product of integrated design, which converts the rotary motion of servo motor into linear motion through the mechanical motion of screw rod and screw rod pair. By using the closed-loop control characteristics of the servo motor, the precise control of the thrust, speed and position can be conveniently realized; Combined with mechanical motion technology and program control technology, program control and numerical control are realized. It is a new revolutionary product to realize high-precision linear motion control.

Combined use of single and multiple bevel gear screw elevators, modular combination, non-standard customization requirements, high-speed and high-frequency use occasions