

Leetx Servo Press System is a core solution in the high-end intelligent assembly field. It provides an integrated press-fitting monitoring system that enables full-process quality control through real-time acquisition of force, displacement, and other key data. The system features three major advantages: high precision (repeatability of displacement accuracy up to 0.01 mm), high responsiveness (control cycle of 250 μs), and high reliability (service life of up to 15 million cycles). Built on a fully self-developed, full-stack technology platform, it serves high-end manufacturing applications including new energy batteries, automotive components, and aerospace industries.

The Transducerized Tightening System is Leetx’s core product line. It adopts high-precision torque sensors and angle encoder technology to achieve closed-loop control, with a system 6σ torque accuracy of ±3% to ±5%. It is widely applied in critical assembly scenarios such as complete vehicle manufacturing, power batteries, motors, and electronic control systems. The product portfolio provides a complete solution, including controllers, tightening tools, multi-spindle systems, and accessories, helping improve production efficiency and ensure stable, high-quality assembly performance.

Leetx Automatic Screw Feeding System is designed to meet users’ pursuit of extreme performance standards, including high cycle time (1.5 seconds per screw), high reliability (jamming rate below 0.01%), and high durability (over 1 million feeding cycles). It satisfies a wide range of automated application scenarios, delivering screws from the hopper to the tightening position without manual intervention. The system enables fully automated screw feeding and tightening, significantly improving efficiency and process stability.



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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.


Chinasol Technology (Shenzhen) Co., Ltd is a foreign investment company founded in February 2001 with registered capital of HKD 100 million and total investment over HKD 240 million. The company set up manufacturing and assembly facilities in Shenzhen and Xi-an in China, Penang in Malaysia and Laguna in Philippines, We focuses our business in precision machining components fabrication and assemblies & system integration for equipment & automated assembly lines. We deliver one-stop solutions with a focus on serving global industry leaders in hard disk drive, medical, telecommunication, and semiconductors. Manufacturing facility is equipped with standardized temperature-controlled production workshops. It operates 3-axis, 4-axis, 5-axis CNC milling centers (HERMLE/GROB/MAZAK/MAKINO), CNC lathes (OKUMA/TAKISAWA), and MAKINO EDM machines. We specialize in high-precision and high-complexity machining parts. Our engineers have rich experiences in machining special materials such as titanium alloys, high-temperature alloys, magnetically soft alloys, Invar alloys and aluminum-silicon alloys. Our company is equipped with 10 Zeiss CMM machines, 1 Quick Vision CMM machine, and various other inspection equipment such as element analyzer, height gauges, hardness testers, surface roughness testers, and tool presetting & measuring machines. Our assembly workshop is equipped with a Class 1000 cleanroom and Class 100 clean booths and welding shop. Our international welding engineers are highly experienced and proficient in various welding processes. All our welding technicians hold TÜV certifications. Welding Procedure Qualification Reports (WPQRs) have been certified by TÜV NORD and cover all current types of weld joints. Our company is equipped with 2 INFICON helium leak detectors. Our Leak check technicians are experienced in Pressure testing & Vacuum leak testing and locating leakage point, In addition, they are certified in penetration testing Level 2 by TÜV NORD. We operate in strict compliance with the ISO 9001 Quality Management System and ISO 13485 Medical Device Quality Management System. As a Class A supplier to Siemens, our company mainly provides key welded components for magnet systems. Over the past 20 years, through in-depth and all-round cooperation with Siemens, as well as continuous requirements and guidance from the customer, we have accumulated rich experience in pressure vessel welding and leak detection.Our product delivery quality rate has been stably maintained at 99.96%. We have implemented the "Kanban & Direct Line-Side Delivery" service model, and provided solid support for the localization and domestic substitution of medical products.

Chinasol Technology (Shenzhen) Co., Ltd is a foreign investment company founded in February 2001 with registered capital of HKD 100 million and total investment over HKD 240 million. The company set up manufacturing and assembly facilities in Shenzhen and Xi-an in China, Penang in Malaysia and Laguna in Philippines, We focuses our business in precision machining components fabrication and assemblies & system integration for equipment & automated assembly lines. We deliver one-stop solutions with a focus on serving global industry leaders in hard disk drive, medical, telecommunication, and semiconductors. Manufacturing facility is equipped with standardized temperature-controlled production workshops. It operates 3-axis, 4-axis, 5-axis CNC milling centers (HERMLE/GROB/MAZAK/MAKINO), CNC lathes (OKUMA/TAKISAWA), and MAKINO EDM machines. We specialize in high-precision and high-complexity machining parts. Our engineers have rich experiences in machining special materials such as titanium alloys, high-temperature alloys, magnetically soft alloys, Invar alloys and aluminum-silicon alloys. Our company is equipped with 10 Zeiss CMM machines, 1 Quick Vision CMM machine, and various other inspection equipment such as element analyzer, height gauges, hardness testers, surface roughness testers, and tool presetting & measuring machines. Our assembly workshop is equipped with a Class 1000 cleanroom and Class 100 clean booths and welding shop. Our international welding engineers are highly experienced and proficient in various welding processes. All our welding technicians hold TÜV certifications. Welding Procedure Qualification Reports (WPQRs) have been certified by TÜV NORD and cover all current types of weld joints. Our company is equipped with 2 INFICON helium leak detectors. Our Leak check technicians are experienced in Pressure testing & Vacuum leak testing and locating leakage point, In addition, they are certified in penetration testing Level 2 by TÜV NORD. We operate in strict compliance with the ISO 9001 Quality Management System and ISO 13485 Medical Device Quality Management System. As a Class A supplier to Siemens, our company mainly provides key welded components for magnet systems. Over the past 20 years, through in-depth and all-round cooperation with Siemens, as well as continuous requirements and guidance from the customer, we have accumulated rich experience in pressure vessel welding and leak detection. Our product delivery quality rate has been stably maintained at 99.96%. We have implemented the "Kanban & Direct Line-Side Delivery" service model, and provided solid support for the localization and domestic substitution of medical products.

Chinasol Technology (Shenzhen) Co., Ltd is a foreign investment company founded in February 2001 with registered capital of HKD 100 million and total investment over HKD 240 million. The company set up manufacturing and assembly facilities in Shenzhen and Xi-an in China, Penang in Malaysia and Laguna in Philippines, We focuses our business in precision machining components fabrication and assemblies & system integration for equipment & automated assembly lines. We deliver one-stop solutions with a focus on serving global industry leaders in hard disk drive, medical, telecommunication, and semiconductors. Manufacturing facility is equipped with standardized temperature-controlled production workshops. It operates 3-axis, 4-axis, 5-axis CNC milling centers (HERMLE/GROB/MAZAK/MAKINO), CNC lathes (OKUMA/TAKISAWA), and MAKINO EDM machines. We specialize in high-precision and high-complexity machining parts. Our engineers have rich experiences in machining special materials such as titanium alloys, high-temperature alloys, magnetically soft alloys, Invar alloys and aluminum-silicon alloys. Our company is equipped with 10 Zeiss CMM machines, 1 Quick Vision CMM machine, and various other inspection equipment such as element analyzer, height gauges, hardness testers, surface roughness testers, and tool presetting & measuring machines. Our assembly workshop is equipped with a Class 1000 cleanroom and Class 100 clean booths and welding shop. Our international welding engineers are highly experienced and proficient in various welding processes. All our welding technicians hold TÜV certifications. Welding Procedure Qualification Reports (WPQRs) have been certified by TÜV NORD and cover all current types of weld joints. Our company is equipped with 2 INFICON helium leak detectors. Our Leak check technicians are experienced in Pressure testing & Vacuum leak testing and locating leakage point, In addition, they are certified in penetration testing Level 2 by TÜV NORD. We operate in strict compliance with the ISO 9001 Quality Management System and ISO 13485 Medical Device Quality Management System. As a Class A supplier to Siemens, our company mainly provides key welded components for magnet systems. Over the past 20 years, through in-depth and all-round cooperation with Siemens, as well as continuous requirements and guidance from the customer, we have accumulated rich experience in pressure vessel welding and leak detection. Our product delivery quality rate has been stably maintained at 99.96%. We have implemented the "Kanban & Direct Line-Side Delivery" service model, and provided solid support for the localization and domestic substitution of medical products.




When the core (movable core) with a concave-convex shape is ejected obliquely, the inclined guide rod can move smoothly. Because the fixed seat of the inclined guide rod moves within the range of E, the damage and jamming of the guide rail and the sliding plate can be reduced by automatically adjusting the center of gravity.

When the core (movable core) with a concave-convex shape is ejected obliquely, the inclined guide rod can move smoothly. Because the fixed seat of the inclined guide rod moves within the range of E, the damage and jamming of the guide rail and the sliding plate can be reduced by automatically adjusting the center of gravity.
