🏢 Company Profile
Our group was founded in 2004, featuring two separate product lines. One focused on all kinds of orthopedic implants, while the other focuses on a wide range of orthopedic instruments. Products are available under our own brands or can be provided via OEM based on specific customer requirements.
We have imported a vast array of high-precision processing equipment, including German DMG 5-Axis Machine Tool Centers, USA HASS 5-Axis Machine Tool Centers, Japanese Citizen and Star 9-Axis Longitudinal Turning and Milling Centers, German Schutte NC grinding machines, and Swiss Rollomatic NC grinding machines. We have established complete physical, chemical, and mechanical laboratories. Following ISO 9001 and ISO 13485 requirements, we have implemented a perfect quality management system and obtained the corresponding certifications.
❓ Frequently Asked Questions
What materials are used for these spinal implants?
The products are manufactured using high-grade TA (Titanium) material, known for its excellent biocompatibility and mechanical strength in spinal internal fixation.
Are your products compliant with international quality standards?
Yes, our production facility operates under a strict quality management system certified by ISO 9001 and ISO 13485.
What is the annual production capacity for these orthopedic items?
Our current production capacity is approximately 50,000 pieces per year, supported by high-precision machinery from Germany, Japan, and the USA.
Can you provide OEM services for specific surgical needs?
Yes, we offer comprehensive OEM services to manufacture products according to our customers' unique requirements and designs.
What types of high-precision equipment do you use?
We utilize advanced machinery such as DMG and HASS 5-Axis centers, as well as Japanese 9-Axis turning and milling centers to ensure the highest accuracy.
What is the primary application for the Crosslink and Laminar hooks?
These components are designed for internal fixation within the spine, specifically for fracture fixation and stabilizing orthopedic procedures.