

In the cross cylindrical roller bearing, since the cylindrical rollers are arranged perpendicularly to each other on a V-groove rolling surface of 90 deg by a spacer or a spacer block, a single bearing can bear loads in all directions such as radial load, axial load and overturning moment. The size of the inner and outer rings is minimized, and particularly the extremely thin type is a compact size close to the limit, and has high rigidity and high rotational accuracy and composite load capacity.

YRT rotary table bearing is included by a thrust race/radial race, a thrust gasket, two needle rollers with cage assembly and a set of centripetal roller. There is the screw holes which is used for installed on the race and circle. YRT bearings has the high axial rigidity, high radial loading capacity, high stiffness and high accuracy.



JH5, a domestic horizontal machining center with double exchange worktables, continues the consistent core advantages of Muye equipment, deeply integrates the three characteristics of "high rigidity, high stability and high durability" into the product gene, provides core support for enterprises in the market competition of multi-varieties and fast delivery, and helps parts manufacturing enterprises to cope with the production challenges of rapid changes in the market. JH5 is suitable for a variety of processing scenarios, which can not only be suitable for mass production scenarios, meet the large-scale processing needs of parts suppliers, but also for complex parts processing tasks in the field of general engineering machinery processing.

Makino DA500 machine tool is a high-performance 5-axis vertical machining center, designed to improve the productivity and accuracy of parts processing, which can achieve agile feed axis movement and efficient processing. Processing advantages 1 Efficient machining: Makino DA500 can significantly reduce various non-cutting time, including spindle acceleration, positioning, tool change, tool breakage detection and pallet change time, thus improving the overall machining efficiency. 2. High-precision machining: By using advanced control technology and high-precision sensors, the machine tool can achieve micron-level machining accuracy and meet the machining requirements of high-precision parts. 3 Flexibility: The machine tool is equipped with a wealth of optional specifications and equipment, which can be customized according to the specific needs of customers, such as pallet magazine specifications, turntable functions, etc., to enhance the flexibility and adaptability of processing. Field of application Makino DA500 machine tool is widely used in semiconductor equipment, medical, aerospace, automotive parts and other high-precision, high-efficiency processing fields. Its excellent processing performance and flexibility enable the machine to meet the processing needs of complex parts and improve production efficiency and product quality. In addition, the machine tool is also suitable for occasions requiring rapid production change and processing of various workpiece sizes, which is helpful for enterprises to improve overall production efficiency and competitiveness.

EDAF2i ULTRA is the latest high-precision CNC EDM machine tool launched by Makino Machine Tool. It uses Makino's newly developed micro-EDM control circuit and marble worktable to release powerful machining performance and improve the quality and efficiency of EDM surface to a new height. Processing advantages: Vdi grain surface uniformity, connector corner clearing and melting, electrode loss control, processing efficiency, etc. Applications: ultra-precision connector industry, medical industry, IC packaging industry and other industries with higher requirements for EDM


The blac high-speed black gold wire adopts the subversion of the traditional composite reconstruction technology to obtain a special surface structure, which has excellent processing speed. Compared with the brass wire, the processing speed is increased by more than 40%, and the production capacity of three machines can reach four machines.

The blac high efficiency black gold wire adopts the subversion of the traditional composite reconstruction technology to obtain a special surface structure, which improves the surface finish by more than 25% compared with the brass wire, and has excellent cutting surface quality and finish.



Pneumatic grinding head is mainly used for robot and multi-axis automatic grinding equipment, such as surface treatment of notebook computer shell, deburring of metal castings, grinding and polishing of plastic products.

Pneumatic grinding head is mainly used for robot and multi-axis automatic grinding equipment, such as surface treatment of notebook computer shell, deburring of metal castings, grinding and polishing of plastic products.

Pneumatic grinding head is mainly used for robot and multi-axis automatic grinding equipment, such as surface treatment of notebook computer shell, deburring of metal castings, grinding and polishing of plastic products.




DMU-400 X/Y/Z stroke: 586/370/350mm Distance from spindle face to table: +110 to -5 (-20 tool Angle) /360 infinity Table size: 400mm Maximum load: 100kg X/Y/Z fast displacement: 40/40/40m/min Maximum cutting feed rate: 20m/min Machine size: 3010X2040X2800

1. K7 is of moving-column structure and equipped with high dynamic response drive lightweight design. X/Y/Z axes are of high response ball screw drive. The left and right feed acceleration of X axis is 1G, the upper and lower feed acceleration of Y axis is 1G, and the ram feed acceleration of Z axis is 1.5g. The workpiece is clamped at one time to realize multi-sided milling, which greatly shortens the in-process time. It is especially suitable for multi-face and five-axis high-speed and high-efficiency processing of complex parts of die-cast aluminum automobiles. II. Technical parameters: 2. Accuracy performance: X/Y/Z axis positioning accuracy is 0.008/0.008/0.008 mm, and repeated positioning accuracy is 0.006/0.006/0.006 mm; A/C axis positioning accuracy is 12 arc seconds, and repeated positioning accuracy is 8 arc seconds, which meets the processing requirements of precision parts. 3. Speed performance: rapid displacement of X/Y/Z axis reaches 75/75/75m/min. The maximum cutting feed rate is 50m/min, and the fast feed speed of A/B axis is 50/75rpm. Combined with the efficient tool change system, the processing efficiency is greatly improved.

GMU-900T 5-axis milling and turning center: 1. High rigidity: It is equipped with a crown block gantry frame, and the ribs are arranged reasonably to ensure that there is no vibration during milling and turning. The C-axis uses a high-torque automotive torque motor to ensure the smooth and powerful rotation of the workpiece in the turning mode. 2, high precision: A/C cradle table with patented gear backlash technology, no reverse clearance during processing, angle control to 0.001 °. Milling as the main, synchronous auxiliary turning process of the same clamping continuous processing, to avoid multiple positioning errors, precision life can reach several years. 3, high efficiency: equipped with 15000 rpm turn-milling composite electric spindle, standard 48 T tool magazine 12 seconds fast tool change, with automatic chip removal system, reduce non-processing time. Technical parameters: 1. Accuracy performance: X/Y/Z axis positioning accuracy: 0.008/0.008/0.007mm, repeated positioning accuracy: 0.005/0.005/0.004mm; A/C axis positioning accuracy: 8 arc seconds, repeated positioning accuracy: 5 arc seconds. 2. Speed performance: X/Y/Z axis fast displacement up to 40/40/40m/min, maximum cutting feed rate 20m/min, A/C axis fast feed speed 20/600rpm.


A compact integrated linear servo system, this product serves as a core motion parts for precision electromechanical devices in robotics, industrial automation, medical equipment, and related fields.Internally integrated with high-precision reducers,coreless DC motors,lead screw mecha-nisms,sensors and servo drivers.The actuator enables precise servo positioning control at any point within its stroke range.

The dexterous hands employ an innovative linear drive design, with micro linear servo actuator as its core motion parts.Integrated with a hybrid force-position control algorithm, it delivers ±0.2mm positioning precision,several kilograms grasping force ,real-time force feedback ontrol.Additionally, the dexterous hand was launched in 2020. It is China's first commercial mass-produced dexterous hand.