

A diaphragm coupling with a very small outer diameter is a compact and high-precision transmission device, which is especially suitable for precision equipment with limited space. Its core features include: The outer diameter is 12mm and 14mm, which can adapt to precision instruments such as micro-motors and sensors. High precision transmission: torque is transmitted through metal diaphragm without clearance and wear, suitable for high speed or high precision scenes. It is often used in medical equipment, aerospace or micro-robots, precision displacement stage 3C equipment and other fields.

Coupling is a mechanical element that connects two shafts and transmits torque. It is a key component in mechanical transmission. It is mainly used to connect two shafts and transmit torque, while compensating the deviation between shafts, absorbing vibration and buffering impact. It has a wide range of application scenarios, covering many industrial fields. For example, industrial automation equipment, CNC machine tools, 3C equipment, robots and other scenarios that need to be driven by motors.

45 # steel clamping diaphragm coupling is a flexible coupling with metal elastic element, which compensates the relative displacement between two shafts through the elastic deformation of high-strength stainless steel diaphragm, including radial, axial and angular deviation. Its main structure is made of 45 # steel, which has the characteristics of high torque rigidity and zero rotary clearance, and is suitable for transmission systems requiring high precision control. Structural features: The coupling is composed of two shaft sleeves (45 # steel) and one or more groups of stainless steel diaphragms (usually 304 stainless steel) connected by bolts or clamping structure. The diaphragms are designed in the form of single piece or double pieces. Common clamping methods include screw clamping or expansion sleeve fixing to reduce installation errors and ensure the accuracy of shaft rotation. Support standard or non-standard keyway processing, keyway size in accordance with JS9 tolerance standard. Application: This kind of coupling is widely used in servo motor, stepper motor, screw drive and other high-precision equipment, commonly seen in robots, CNC machine tools, automation machinery, metallurgy, chemical industry, mining machinery and other industries, suitable for high temperature, high speed or corrosive medium environment, can effectively absorb vibration and transmit large torque


ES50 ultra-thin safety grating: exclusive protection advantages for semiconductor and 3C electronics industry ES50 ultra-thin safety grating has become an ideal protection choice for semiconductor equipment and 3C electronic equipment production scenarios by precisely adapting to the core design of industry demand, and has built a strong safety barrier for precision manufacturing. Extremely compact design for small installation spaces Semiconductor wafer processing equipment, 3C electronic precision assembly machine and other scenes, the internal structure is compact and the installation space is limited. ES50 series, with 13mm ultra-thin thickness and 13 * 26MM slim section size, can be easily embedded into the narrow installation position reserved by the equipment without changing the original structural design of the equipment, which perfectly meets the layout requirements of space-sensitive equipment such as airtight detection system and vacuum cavity, and does not affect the airtight integrity and operation accuracy of the equipment. Multiple security guarantees to protect the precise production process Equipped with real-time self-check function, it can monitor the operation status of equipment in the whole process, detect abnormalities in time and trigger protection, so as to avoid damage to high-priced materials such as wafers and chips caused by grating failure. The imported SCM control circuit is equipped with short circuit, overcurrent and reverse connection protection. With the optical synchronization design and separate power supply mode, it can effectively resist electromagnetic interference in the industrial environment and ensure stable operation in the workshop where high-frequency electronic equipment is concentrated. Through CE/FCC double international certification, it meets the stringent safety standards of semiconductor and 3C industries, and provides reliable protection for operators and precision equipment. Adapt to industry characteristics and improve production safety efficiency Semiconductor and 3C electronic production environments require high equipment compatibility and protection accuracy. The non-interference design of ES50 series can be flexibly linked with the PLC system to meet the protection requirements of chip process, circuit board welding, electronic component assembly and other links, which not only prevents personnel from entering dangerous areas by mistake, but also does not affect the high-speed operation of the automatic production line. Its convenient installation and stable performance can reduce the time of equipment shutdown and commissioning, and help enterprises achieve double improvement of safety and efficiency.

The ET30 punch press infrared protector is designed to provide non-contact safety protection for punching equipment. Quick response, strong anti-interference, convenient installation, suitable for all kinds of punches, in line with international safety standards, precise protection of operation safety, to ensure efficient operation of production.

Instruction manual of three-layer three-color lamp Scope of application: automatic assembly line, automation equipment, security inspection equipment, led packaging equipment, alarm system, SMT equipment, CNC machine tools, CNC, carving machine, CNC milling machine, industrial and mining equipment, etc. Performance characteristics High-brightness LED patch, high brightness, large angle 1, modular design, good heat dissipation, exquisite and beautiful structure, unique and innovative appearance, left and right folding 90; 2, the use of high-brightness LED chip, high brightness, large angle, low thermal resistance, color area concentration, ultra-low light decay process, ultra-long life 3, the use of high-quality driver board, custom IC sound buzzer, the sound can reach 95dB, comprehensive protection of the overall life of lamps;


Use 2.0mm thickened cold-rolled steel Bilateral operation is clear at a glance Laminate free adjustment One cabinet for multiple purposes can be used with accessories such as knife handle sleeve/parts box/scraper, etc. Mass storage The appearance is good Pull-out drawer can be pulled out smoothly Rubber anti-skid feet Enhanced large handle, easy to push and pull, high strength Drawing bag design

It can be modularized and combined freely to adapt to various working scenes; it adopts diversified storage and matches accessories to realize classified storage of tools and parts; it is designed to work on both sides to improve operation efficiency, and the pull-out drawer is separated, which is convenient for access. It is suitable for CNC processing workshop, mechanical processing factory and tool storage warehouse, which can improve processing efficiency, optimize production process and realize orderly management of tools.

Multiple tool positions are suitable for BT/HSK series tool handles, and the adjustable tool set plate can be flexibly stored. With layered drawers, parts boxes and side drawing bags, the classified storage is more orderly. The 4-inch silent polyurethane casters at the bottom are equipped with brakes, which make it easy and stable to move, and the enhanced handle is ergonomic.




The Haihou tightening system achieves fully automated tightening through system intelligence and data processing. By leveraging its proprietary algorithms, precision sensors, and angle monitoring, the system can display torque in real-time and collect data, which is beneficial for tightening process analysis. Under the actual application standard of 6σ, the system achieves a precision of 5% and meets the ISO 5393 international standard. The calibration data for each electric screwdriver is stored and monitored in real-time, with data collection for up to 250,000 tightening operations without maintenance.

Haihou Press-Fitting Ecosystem The Haihou press-fitting ecosystem is designed for high-precision interference fit assembly between parts. It effectively controls the press-fitting depth (with a displacement precision of 0.01 mm) and press-fitting force (with a precision of 1%) while real-time data collection is performed. The system generates press-fitting process curves, which are used for monitoring and analyzing the press-fitting process.

The system achieves high-precision torque control (with a precision of 5%) and angle control through its proprietary algorithms and precision sensors, and collects corresponding tightening data and curves to enable full-process tracking of the tightening process. The main features include: Ease of Operation Ergonomic Design High Degree of Automation Integration Easy Maintenance and Long Service Life Data-Driven Support Performance Data: Under the ISO 5393 standard, the system achieves a tightening precision of 5%, with real-time torque display and data collection. Primary Application Areas: The system is suitable for high-precision tightening processes in the automotive, mechanical, home appliance, and electronics industries.




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.
