

MICKEY mold spring, MICKEY nitrogen spring, Swiss-type lathe spring, pulling spring, stamping spring, automobile spring, all kinds of non-standard special-shaped spring customized

MICKEY mold spring, MICKEY nitrogen spring, Swiss-type lathe spring, pulling spring, stamping spring, automobile spring, all kinds of non-standard special-shaped spring customized



BGO has good light output and energy resolution, high density, and non-hygroscopic properties, making it widely used in high-energy physics, nuclear physics, space physics, nuclear medicine (PET/CT), geological exploration, and other industrial fields. BGO scintillation crystals were among the first scintillator materials used in PET/CT devices in the field of nuclear medicine.

L(Y)SO crystals have high light output, fast decay time, and high energy resolution, making them an excellent scintillator material with outstanding overall performance. These crystals can be coupled with PMTs and SiPMs and have a very broad range of applications in fields such as nuclear medicine imaging and high-energy physics
PMN-PT crystals have excellent piezoelectric properties, nonlinear optical properties, and pyroelectric performance. They are primarily used in medical ultrasound, industrial nondestructive testing, underwater sonar, and marine surveying.

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Complete specifications: GZB25-GZB125, maximum single length of 6000mm, highest accuracy of 1 level, full specifications of batch supply High rigidity and heavy load: The roller with small elastic deformation is used as the rolling element, and the point contact is changed into line contact to realize ultra-high rigidity. The maximum bearing capacity of a single slider is 192 tons. Mature technology: It is the first to be successfully developed in China, with high reliability. In 2010, it won the Spring Swallow Award of China Machine Tool Industry Association. It has been equipped with more than 300,000 meters of medium and high-grade CNC machine tools at home and abroad (precision horizontal machining center, high-speed gantry machining center, fine five-oil linkage machining center, control gear loading machine, etc.) And various large-scale assemblies. Applications: Widely used in heavy machine tools, spinning machines, molding machines, automotive die-casting units and various types of heavy equipment
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Features: High transmission efficiency, transmission reversibility, long service life, good synchronization performance Full series: diameter φ8 ~ φ200 Heavy load: maximum capacity of 376 tons Length: single root can be up to 10 meters long, and the extension can be up to 19 meters. Applications: various industrial equipment, precision instruments, precision CNC machine tools, etc.
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Product specification: φ16-φ250 Product features: High speed, high precision: rolling friction instead of sliding friction, flexible movement, low energy consumption, high movement speed, can be pre-tightened to eliminate the gap, high running precision High bearing capacity and long service life: the spline shaft and spline sleeve are made of high-quality alloy steel, the raceway hardness is above HRC58, the bearing capacity is high, the service life is long, the maximum static torque is 33 K Nm, and the maximum static load is 421.5K N Product application: semiconductor equipment, tire machinery, monocrystalline silicon furnace, medical rehabilitation equipment

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NMOT adopts advanced coating technology to manufacture fluorescent PCR filters with high transmittance, high cut-off depth and high steepness. Based on the in-depth study of the luminescence characteristics of common fluorescent dyes, the center wavelength and bandwidth of the filter are optimized, which can effectively solve the problem of cross-color between adjacent channels and provide the best signal-to-noise ratio for PCR experiments. The fluorescent PCR filter is widely applicable to real-time fluorescent quantitative PCR (RT-qPCR) and digital PCR (dPCR).
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NMOT adopts advanced ion assisted deposition (IAD) coating process to manufacture fluorescence microscope filters with high transmittance, high cut-off depth and high cut-off steepness. Can be adapted to the application requirements of various typical fluorophores, and can obtain high-sensitivity and high-resolution fluorescence images.
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NMOT can be customized to produce infrared materials commonly used in optical lenses, including calcium fluoride lenses, barium fluoride lenses, magnesium fluoride lenses, silicon lenses, germanium lenses, zinc selenide lenses and other lens types. The lens bands produced by NMOT mainly cover deep ultraviolet band to far infrared band. Commonly used optical lens antireflection coatings such as 1.8 um-3 um, 3 um-5 um, 8 um-14 um, etc. Other special optical coatings can be customized according to customer requirements.


The motion controller is controlled with nanometer precision, serving the fields of semiconductor, laser processing, high-precision machine tools, industrial automation, medical equipment, etc. Its main features are as follows: macro and micro motion integration/nanometer precision/drive and control integration/servo drive; GL + special script visual programming, design freedom; complex motion, simple control; The control frequency is 200 kHz, and the control bandwidth can reach 10 kHz; the synchronization accuracy is better than 10 ns, and the positioning accuracy is 0.5 nm; it is suitable for semiconductor/life science/precision machining/laser manufacturing/medical equipment and other fields.

The active shock absorber has achieved a new high yield of semiconductor industry with VC-G level stability, and can serve precision manufacturing and scientific research fields such as optics, life sciences, aerospace, display panels, laser processing, etc. Products are divided into steel spring/air suspension/magnetic suspension/piezoelectric/composite/vacuum categories; active damping bandwidth is as low as 0.5Hz; vibration transmissibility is -50dB @ 10Hz; unidirectional thrust is more than 2kN; setting time is less than 100ms

The joint module products are self-developed motors with highly integrated compact topology optimization, high efficiency and low torque fluctuation, and rated torque density of over 30Nm/kg, serving various models such as humanoid, collaborative, SCARA, quadruped, etc.


Torque sensors are used to measure the output torque of the motor/reducer. SRI torque sensor series features in high precision, thin thickness, light weight, high rigidity and strong bending resistance. Applications include medical surgical robots, exoskeleton, collaborative robot, etc.

iGrinder® is suitable for grinding, polishing, deburring and other applications, and has a wide range of applications in foundry, hardware processing, and non-etallic surface treatment.iGrinder® has two grinding methodologies: axial floating force control and radial floating force control.iGrinder® has fast response speed, high force control accuracy, convenient use and high grinding efficiency.Compared with the traditionalrobot force control methods, robot engineers do not need to process force sensorsignals and develop control procedures. Grinding work can quickly start after installing the iGrinder®,

6 axis force/torque sensor is also called 6 axis F/T sensor or 6 axis load cell, which measures forces and torques in 3D space (Fx, Fy, Fz, Mx, My and Mz). The multi-axis force sensors are used in many fields including automotive and robotics.

