Our Products
Welcome to our Metal Hardware for Medical Devices category! Here, you'll learn about the production and sales of various types of medical device hardware and the application of metal materials. Our hardware processing services include medical devices, precision electronics, automotive parts, semiconductors, and more, meeting the hardware and metal material needs of various industries.
-
17-4PH stainless steel is a medical-grade material that can be heat-treated to enhance product hardness requirements. It is commonly used in the processing of medical orthopedic drill products and can be customized according to drawings.
This material exhibits excellent corrosion resistance and good biocompatibility, ensuring safety and reliability in medical environments. Its high-strength properties enable such products to withstand significant pressure during surgical procedures without deformation or fracture, providing stable operational support for surgeons. Additionally, 17-4PH stainless steel is easy to process and shape, meeting the design demands of complex geometries for medical orthopedic drill products.
Furthermore, after precise heat treatment, the material achieves a high surface finish, reducing friction with human tissues and promoting patient postoperative recovery. Its superior fatigue resistance also ensures the stability and durability of medical instruments during prolonged use, lowering replacement frequency and saving medical costs. Therefore, 17-4PH stainless steel plays an irreplaceable and critical role in the medical field, particularly in the manufacturing of orthopedic surgical instruments. -
17-4PH stainless steel is a medical-grade material that can be heat-treated to enhance product hardness requirements. It is commonly used in the processing of medical orthopedic drill products and can be customized according to drawings.
This material exhibits excellent corrosion resistance and good biocompatibility, ensuring safety and reliability in medical environments. Its high-strength properties enable such products to withstand significant pressure during surgical procedures without deformation or fracture, providing stable operational support for surgeons. Additionally, 17-4PH stainless steel is easy to process and shape, meeting the design demands of complex geometries for medical orthopedic drill products.
Furthermore, after precise heat treatment, the material achieves a high surface finish, reducing friction with human tissues and promoting patient postoperative recovery. Its superior fatigue resistance also ensures the stability and durability of medical instruments during prolonged use, lowering replacement frequency and saving medical costs. Therefore, 17-4PH stainless steel plays an irreplaceable and critical role in the medical field, particularly in the manufacturing of orthopedic surgical instruments. -
This puncture needle is made of high-quality 316L stainless steel, featuring excellent corrosion resistance and biocompatibility to ensure safety and reliability in medical applications. Its fine capillary design enables more precise punctures while minimizing tissue damage. The clear and accurate scale markings facilitate precise operations for doctors during surgical procedures. Additionally, we offer flexible custom processing services, allowing personalized customization of needle diameter and length according to your specific requirements to meet the application needs of various surgical scenarios. -
These puncture needles are made of high-quality 304 and 316L stainless steel, offering excellent corrosion resistance and wear resistance. The triangular needle and four-sided needle designs enhance puncture accuracy and stability. We provide both imperial and American thread specifications to accommodate usage standards in different regions.
The surface of the puncture needles undergoes sandblasting treatment, improving surface roughness and grip friction while enhancing aesthetics. The knurled design ensures a more comfortable hold and prevents slipping. Additionally, we include scale markings for precise measurements.
To meet diverse customer needs, we offer custom manufacturing services based on drawings. Whether it's dimensions, shapes, or other special requirements, we strive to fulfill them to ensure the most satisfactory product for you. -
These medical puncture needles, biopsy needles, and insufflation needles made from 304 and 316L stainless steel capillary tubes ensure the safety and reliability of medical procedures with their excellent corrosion resistance and biocompatibility. The puncture and biopsy needles undergo precise marking treatment, featuring clear and readable scales to facilitate accurate judgment and operation by doctors during surgery. The insufflation needles adopt a unique sandblasting process, resulting in a smooth surface that reduces resistance during procedures and enhances surgical efficiency.
Additionally, we offer various customized processing services such as knurling, diameter changing, tip tapering, and bending to meet special requirements in different medical scenarios. Whether you need needles with special shapes or specific markings on the needle body, we can provide tailored solutions according to your needs. Our medical products strictly adhere to industry standards and regulations, ensuring each product meets the highest safety and quality standards. -
The 316L stainless steel capillary tubes in this series have become the preferred material for medical device components due to their excellent corrosion resistance and high-temperature strength. Utilizing advanced laser cutting technology, they enable precise perforation and slotting, while the textured design not only enhances aesthetics but also improves surface adhesion. We offer a diverse range of capillary tube specifications, with various inner diameters, outer diameters, and lengths to meet the specific requirements of different medical devices. High-precision manufacturing processes ensure minimal tolerances, guaranteeing stability and reliability after component assembly. Furthermore, we support customized processing based on clients' specific needs—whether for special shapes, dimensions, or surface treatments—we are committed to providing satisfactory solutions. -
We supply various specifications of 316 and 304 stainless steel capillary tubes, suitable for the medical and food industries. These capillary tubes undergo high-precision laser-cut grooves, precise perforations, and fine tip reduction processes to ensure accurate dimensions and smooth surfaces. They are widely used in medical device sensors, including the production of temperature sensors. We also offer personalized customization services, with strict control from design to manufacturing to ensure they meet customers' specific application requirements. -
We possess advanced CNC turning-milling compound machining equipment and precision engraving technology, capable of accurately processing various complex shapes from 420J2 stainless steel material. In the field of medical device products, we specialize in the customized machining of surgical instruments, strictly controlling every step from design to production to ensure product precision and quality. Additionally, we offer customized special-shaped services, creating unique medical device products tailored to clients' specific requirements. Our Swiss-type CNC machining technology enables efficient and precise processing, meeting the demands for high precision and superior quality in medical device products. -
These precision machining technologies ensure the high quality and accuracy of the electrode ablation knives. The use of 304 and 316L stainless steel as primary materials provides excellent corrosion resistance and strength, making them suitable for various medical and surgical applications. The diverse designs of straight-hook and curved-hook electrode ablation knives cater to different surgical requirements. Laser cutting technology guarantees precise dimensions and shapes of components, while the grooving process enhances the structural stability of the electrodes. Welding techniques ensure robust connections between parts, and sandblasting treatment improves surface roughness, thereby increasing the adhesion of coatings or platings. The customized electroplating processing service offers personalized surface treatment options, further enhancing the performance and appearance of the electrode ablation knives.
Technology
Yuelinsen has passed ISO 9001/13485 dual certification, mastered CNC numerical control, laser cutting and other precision processes, and focused on high-precision processing of stainless steel pipes, copper, aluminum alloys and other materials. It meets the corrosion resistance, easy disinfection and strict dimensional standards of medical equipment, implements full-process quality control from raw materials to finished products, and ensures zero-defect delivery.
Manufacturing capabilities
Relying on high-precision CNC equipment (such as turning and milling machines), it supports non-standard customization in the fields of medical devices and quickly responds to proofing and batch requirements. Through centralized procurement and direct supply mode to reduce material costs, combined with professional teams to follow up and full-process quality inspection, efficient delivery and cost optimization are achieved, helping customers customize component solutions.
Sustainable development plan
Focusing on medical-grade environmentally friendly manufacturing, we use 100% recyclable materials such as 316L stainless steel and titanium alloy, and ISO 13485 certification ensures medical safety. By recycling high-value waste materials through "old for new", the cost of new materials can be reduced by 18%; water-soluble coolants and AI process simulation are used in the production process, and the carbon emissions of a single piece are 35% lower than the industry. We work with recycled material suppliers to build a green chain, and use blockchain to trace carbon footprints to help customers obtain EU CE sustainability certification and achieve safe and low-carbon parts supply.
Customized components for medical devices and surgical instruments
Production of precision connectors for Electronic devices
