



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



The Dual Magazine (64 T) Die Blank Machine is a highly efficient and versatile CNC machine equipped with two independent tool magazine systems for significantly improved machining efficiency and flexibility. Equipped with BT40-32 T * 2 double tool magazine, the spindle speed is 12000 rpm, which meets the complex processing requirements. Through the cooperation of high-precision manipulator or independent tool changer, it supports parallel tool change or alternate tool change, which shortens the tool change time. The double tool magazine supports tool preset, which prepares the next process tool in advance during the processing process, reduces the waiting time, and is suitable for mass production. It is used for processing titanium alloy structural parts and engine blades. Integration of rough and finish machining of large dies to reduce repeated clamping of workpieces. Small batch and multi-variety production of high-precision complex parts (such as joint prostheses), long-term continuous processing of heavy workpieces such as wind power gearboxes and nuclear power components.

This five-axis machining center has the performance characteristics of high speed, high precision and high reliability. Equipped with a five-axis turntable, the equipment has the function of five-axis linkage processing with the tool tip, which can clamp complex special-shaped products at one time, multi-sided processing, high precision and high efficiency.

The integrated high-density resin sand integrated casting bed ensures high rigidity, not easy to deform, stable, durable and easy to use. Equipped with power turret, C-axis, Y-axis and other complete composite functions, the machine tool can mill, drill, tap and clamp multi-surface processing in one machine, and the processing capacity is equivalent to two CNC lathes and milling machines. The processing time and the operation manpower are greatly saved, and the error caused by the movement of the workpiece between the machines is avoided.


It is suitable for small robots, medical rehabilitation, automatic measurement and other fields. Product features: Six-axis joint calibration to fully suppress crosstalk Aviation alloy, high overload, high rigidity and high sensitivity

It is suitable for welding, spraying, polishing and other robot fields. Product features: Six-axis joint calibration to fully suppress crosstalk Built-in signal acquisition communication module High overload and high sensitivity

It is suitable for welding, spraying, polishing and other robot fields. Product features: Six-axis joint calibration to fully suppress crosstalk Built-in high-precision embedded intelligent circuit With national standard positioning interface High overload and high sensitivity




Titanium has excellent mechanical properties, weldability and excellent corrosion resistance, high compressive strength, can be used for cutting, welding and other machining, and is generally used as a heat-resistant material and a corrosion-resistant material. It has been widely used in aviation, aerospace, military industry, medical treatment, chemical equipment, seawater desalination, ship parts, electroplating industry and other fields.

Titanium is a silver-white metal with high strength, low density, strong corrosion resistance and excellent biocompatibility. The bars made of titanium or titanium alloy are widely used in industrial manufacturing, medical equipment, aerospace and other fields. The surface of the titanium rod can present silver bright metallic luster or be oxidized to form a color film layer, and the physical shape of the titanium rod is usually a cylindrical solid rod, and the length of the titanium rod is customized as required

The strength of titanium alloys even exceeds that of most alloy structural steels. Secondly, titanium alloys have excellent thermal strength and can work stably for a long time at high temperatures of 450-500 degrees Celsius, while the performance of aluminium alloys at this temperature is greatly reduced. Moreover, the corrosion resistance of titanium alloy is excellent, especially in humid environment and seawater, its corrosion resistance is far superior to that of stainless steel, and it has strong resistance to a variety of corrosive media. In addition, titanium alloys have excellent low-temperature properties, and can maintain good mechanical properties even at very low temperatures, so they are preferred as low-temperature structural materials. However, it is also important to note that titanium alloys are chemically reactive and prone to chemical reactions with many elements. At the same time, its thermal conductivity is relatively small, which provides unique advantages for specific application scenarios.
