


For drilling, reaming, boring, milling, and other cutting machining Runout ≤ 0.003mm at 2.5D Balancing Grade: G2.5 at 25,000 rpm or Umax < 1g·mm

The shrink-fit chuck has a thread balance hole, which can be directly assembled with a balance screw for dynamic balance adjustment For drilling, reaming, boring, milling, and other cutting machining Add safe lock structure on the basis of general purpose type, suitable for cutting difficult-to-machine materials

The integrated function of rough-semi-finish boring can be realized by adjusting the slider High-precision coolant outlet hole makes the coolant position follow up with the tool tip to ensure that the coolant can reach the cutting edge directly Aviation aluminum bridge with lessweight can reduce the spindle load
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The automotive wiring harness is the main body of the network of the automobile circuit, which is composed of multiple wires, and is an important part of connecting the various electrical and electronic equipment of the automobile, and plays an important role in transmitting electrical signals and transmitting current. Automotive wiring harness usually includes the main line harness and branch harness, the main harness connects the various electrical and electronic equipment of the car, and the branch harness is the connecting part between the main line harness and the various branch appliances. The design and manufacture of automotive wiring harnesses need to meet a range of performance requirements, including high temperature resistance, moisture resistance, corrosion resistance, vibration resistance, interference resistance, etc. If the wiring harness of the car fails, it may cause the electrical and electronic equipment of the car to not work properly, and may even cause safety accidents. Therefore, the quality and reliability of automotive wiring harnesses are very important.

An energy storage wiring harness is a kind of wiring harness used in energy storage systems, mainly used to connect energy storage devices (such as battery packs, supercapacitors, etc.) and other related components (such as inverters, chargers, controllers, etc.). The main function of the energy storage wiring harness is to transmit electrical energy and signals, and ensure the normal communication and cooperation between the energy storage equipment and other components. It usually consists of wires, plugs, sockets, terminals, etc., and can be customized and designed according to specific energy storage system needs. The design and manufacture of energy storage wiring harnesses need to take into account the characteristics and requirements of energy storage equipment, such as voltage, current, power, etc. At the same time, it is also necessary to consider the performance of the wiring harness such as high temperature resistance, wear resistance, waterproof, and anti-interference to ensure its reliability and stability in the energy storage system. Energy storage wiring harnesses are widely used in new energy vehicles, energy storage power stations, solar power generation and other fields. With the continuous development and application of energy storage technology, the importance of energy storage wiring harness has become increasingly prominent.

An energy storage wiring harness is a kind of wiring harness used in energy storage systems, mainly used to connect energy storage devices (such as battery packs, supercapacitors, etc.) and other related components (such as inverters, chargers, controllers, etc.). The main function of the energy storage wiring harness is to transmit electrical energy and signals, and ensure the normal communication and cooperation between the energy storage equipment and other components. It usually consists of wires, plugs, sockets, terminals, etc., and can be customized and designed according to specific energy storage system needs. The design and manufacture of energy storage wiring harnesses need to take into account the characteristics and requirements of energy storage equipment, such as voltage, current, power, etc. At the same time, it is also necessary to consider the performance of the wiring harness such as high temperature resistance, wear resistance, waterproof, and anti-interference to ensure its reliability and stability in the energy storage system. Energy storage wiring harnesses are widely used in new energy vehicles, energy storage power stations, solar power generation and other fields. With the continuous development and application of energy storage technology, the importance of energy storage wiring harness has become increasingly prominent.



Center-walking machine blade: a new choice for precise adaptation to multiple scenes and efficient processing "Difficult adaptation, poor accuracy and weak force" are often the key pain points restricting efficiency in the field of heart-walking machine processing, and our heart-walking machine blade is solving industry problems with four core advantages to reduce costs and improve efficiency for your processing and production. Whether it is fine carving with small cutting depth or efficient cutting with large cutting depth, our blades can accurately match the demand, without frequent replacement of blade models, calmly cope with different processing conditions, reduce downtime adjustment time, and make the production process smoother. Precision is the core of processing, each blade is subject to strict process control, the precision error is firmly locked within ± 0.01 mm, to ensure that each cutting is stable and accurate, effectively reduce the scrap rate, and escort the product quality. What's more, we adopt the design of "one rod through installation". One type of arbor can be compatible with six series of blades, which greatly reduces the inventory cost of the arbor and simplifies the blade replacement process. Operators do not need to repeatedly debug the arbor, which significantly improves the efficiency of tool replacement. In addition, compared with the traditional installation method, the vertical structure design of the blade can maximize the stability of the processing force, effectively avoid the problems of blade offset and vibration in the cutting process, not only prolong the service life of the blade, but also ensure the surface finish of the processing, and adapt to high-load processing scenarios.

Tungsten Steel Small Diameter Boring Cutter: Precision in Millimeters, Efficiency and Life Double Upgrade In small diameter boring, the three major pain points of "difficult to control precision, time-consuming to change tools, and vulnerable tools" often directly affect the production rhythm and product quality. Our tungsten steel small-diameter boring cutter, with three core advantages, directly hits the pain point and injects efficient kinetic energy into precision machining. Precision is the core criterion of boring. Each tungsten steel small-diameter boring cutter is precisely calibrated in the whole process, and the precision error is strictly controlled within ± 0.01 mm. Even in the face of fine aperture processing, it can ensure dimensional stability and tolerance standards, reduce the scrap rate from the source, and build a strong product quality defense line. Aiming at the problem of time-consuming tool change and debugging, the tool is innovatively equipped with oblique positioning and tool-setting-free design, which does not require repeated calibration and alignment. After replacement, it can be quickly put into production, greatly shortening the downtime adjustment time, especially adapting to batch processing scenarios, so that the production efficiency is significantly improved. At the same time, the surface of the cutter is covered with a special wear-resistant coating, which can effectively resist the high temperature, wear and impact in the cutting process. Compared with the ordinary non-coated boring cutter, the service life is greatly prolonged, the frequency of tool replacement and procurement costs are reduced, and the dual value of "efficient processing + cost reduction and efficiency enhancement" is realized.
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Runyu torque sensors are based on MEMS silicon strain gauges and adopt glass micro-melting technology. Featuring high sensitivity, high precision and strong overload resistance, they are ideal for collaborative robots, embodied robots, humanoid robots and other related applications. Having broken through foreign technological blockades and taken the lead over conventional domestic technologies, these sensors facilitate large-scale automated production and help ensure better quality control and cost efficiency.

Runyu tension and compression sensors employ glass micro-melting technology built upon MEMS silicon strain gauges. With outstanding sensitivity, precision and overload resistance, they are perfectly suited for collaborative robots, embodied robots, humanoid robots and other robotic applications. By breaking through overseas technological barriers and exceeding conventional domestic solutions, they benefit large-volume automated manufacturing and help achieve better quality and cost management.


Our products are widely used in robotics and automation equipment, consumer electronics, electrical power and other fields.

Our products are widely used in robotics and automation equipment, consumer electronics, electrical power and other fields.

Our products are widely used in robotics and automation equipment, consumer electronics, electrical power and other fields.

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Fiber laser cutting machine, exchange platform large surround, super high acceleration, greatly improve the cutting efficiency

The ground-rail flame laser compound cutting machine can realize ultra-thick plate cutting. Compared with pure laser cutting, it has thicker thickness and smaller taper. Compared with pure flame cutting, it has faster speed and thicker perforation thickness. It can be called the terminator of thick plate cutting.

The products can be applied to medical carts, mobile medical vehicles, precision optical equipment, film printing equipment, etc. With multi-channel output socket and socket protective cover, the electric shock rate can be reduced to the maximum extent. It can realize global wide power supply input and voltage self-adaptation.

PMM-7000 Power Monitoring Module Equipped with high-precision integrated chips, the module enables real-time collection and monitoring of full electrical parameters (voltage, current, power, energy, etc.). Its wide-voltage design is compatible with global power grid requirements; parameter visualization is supported, completely eliminating the lag of manual patrol inspection. Integrated with fault waveform recording and grid harmonic analysis functions, it real-time monitors grid harmonic status to ensure stable operation of electrical equipment from the source. It supports multiple communication protocols (RS485, Ethernet, CAN) for flexible networking in diverse application scenarios. Configured with 20 digital input channels and 10 digital output channels, it meets remote control demands and provides customized software services, laying a solid data foundation for the construction of visual monitoring platforms. Fully compliant with IEC60601 medical electrical standards and with an insulation class of 2MOOP, the module is widely applicable to power supply and distribution monitoring in high-end scenarios such as medical imaging equipment, semiconductor production equipment and precision laboratory instruments.