

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.



Sevis LA series ultra-large travel wire equipment, cutting thickness of 600mm or 1000mm available. Large travel, precise cutting of various complex mold contours, large load-bearing so that you no longer worry about the size and weight of the workpiece, intelligent console, easy to move, more flexible operation. In order to improve production efficiency and achieve high-precision processing, we have added Z-axis reset memory function, which makes operation more convenient. Add intelligent AR function, automatic correction function of frame mold, automatic generation of straight line correction function of two points touching edges, which is very suitable for large mold processing, and the processing schematic diagram can be dragged and enlarged arbitrarily with the middle mouse button. It is the first choice to improve production efficiency, achieve high-precision processing and help new energy automobile die-casting die with excellent performance.

Servis LD400 is equipped with a powerful process database for the worktable stroke (400mm * 320mm), and the T-type bed base and C-type bed structure ensure more stable processing and higher precision. The accessories adopt Japanese THK screw guide rail, which can not only achieve micron-level processing accuracy, but also meet the high-precision requirements of complex molds. Z-axis reset memory function is added to make the operation more convenient. The water tank with slow wire structure has high filtration precision and is mostly suitable for cutting die products. With its incomparable advantages, the wire walking equipment in the LD series of Sevis has become the first choice of many mould manufacturers. It can not only achieve micron-level processing accuracy, but also meet the high-precision requirements of complex moulds. But also can effectively improve that yield and reduce the production cost. The choice of Sevis LD series is the best solution for mold processing.

The integrated design of the work table stroke (400mm * 320mm) of the Sevis LE400 wire feeding equipment makes the floor space smaller. Equipped with a powerful process database, it is an effective partner for processing in the automation industry. The T-shaped lathe bed ensures more stable processing and higher precision. Z-axis reset memory function is added, there is no need to repeatedly calculate the taper parameters, there is no need to worry about Z-axis lifting and cutting the wrong workpiece, saving your labor costs and improving processing efficiency. Servis LE series wire equipment is specially designed for the processing of precision small parts in the automation industry, and it is a powerful partner for you to enhance your competitiveness and achieve efficient production. To choose the Servis LE series is to choose the future of precision machining.




The SC12060 is a large-format industrial FDM 3D printer with a build volume of 1.2m × 0.6m × 0.6m, offering excellent stability and precision. It integrates a precise thermal field control system, a multi-material extrusion system, and specialized algorithms, effectively solving core industry challenges such as deformation in large parts and weak interlayer adhesion. The machine is compatible with high-performance composite materials like carbon fiber and can directly manufacture high-strength end-use parts. It is widely used in robotics, automotive, drones, medical devices, and other fields, meeting the demanding needs of high-end manufacturing for rapid production of small-batch, lightweight, and high-strength components. It serves as an advanced tool for driving product development and customized production.

We provide high-quality and high-efficiency industrial-grade non-metal 3D printing services for multiple industry sectors, including drone-related low-altitude economy, intelligent robotics, automotive manufacturing, medical devices, automation equipment, consumer electronics, and more.

The INLONG Vulcan 600 is a large-format industrial high-temperature 3D printer. It integrates an efficient constant-temperature chamber, precise temperature control, and industrial-grade reliability, offering a build volume of 600×500×500mm. Equipped with a rapid uniform heating system, it is specifically designed to unlock the potential of advanced engineering materials such as PEEK, enabling the direct transformation of high-performance materials into durable end-use parts. With its precise, stable, and sustainable manufacturing capabilities, it continuously empowers direct production and innovation across fields including robotics, drones, aerospace, automotive manufacturing, medical devices, and industrial tooling.



It integrates rich and efficient motion instructions and logic instructions, and can complete complex logic action programming. Expand up to one IO board as required to ensure that the system can complete motion control with high precision and respond to external input signals in time. In addition, the rich extended communication interfaces can be flexibly used with other production auxiliary equipment. In view of the lathe loading and unloading scene, the double tray mode is added to support the double-arm anti-collision, which can effectively avoid personal and property losses. Support ethercat communication, can adapt to different servo manufacturers.

The control system of embodied robot is an intelligent control platform for the development of high-Dof embodied robot, which focuses on multi-axis coordination and whole-machine coordinated motion, and is the core driver of the new generation of embodied agent. The system adopts dual-master control architecture, and the overall control cycle reaches 1ms. This brings higher real-time and stability, ensures that the 14-axis dual-arm still maintains precise coordination under high-speed action, and can be extended to the coordinated control of more degrees of freedom such as head and waist.

Integrated with advanced technology and dual mode locking safety protection, the system cost can be recovered by reducing the loss of one mode collision/shutdown, the average ROI is -6 months, the man-machine interface is intuitive and flexible, and the reliability is fully upgraded. It is an innovative integration of vision, real-time monitoring of in-mold abnormalities, precise anti-collision of molds, maintenance saving, one-stop cost reduction, efficiency enhancement and intelligent management, and protection of mold safety and quality.

