Health Chi-Tech
Health Chi-Tech
Explore our primary spinal instrumentation systems, reconstructive surgery kits, and medical grade power tool arrays designed for high-stakes surgical applications.
How clinical innovations, biocompatible materials, and regulatory standards are shaping the next generation of spine fixation hardware globally.
The global demand for high-strength titanium alloys (Ti-6Al-4V ELI) and PEEK (Polyetheretherketone) structural components is surging. Advancements in anodization and surface treatment improve osseointegration and lower infection rates in long-segment posterior spinal fusion surgeries.
Minimally Invasive Surgery (MIS) relies heavily on specialized instrumentation sets. Multi-functional dilators, percutaneous pedicle screw drivers, and flexible light guides are critical in minimizing tissue dissection, expediting post-operative recovery, and lowering surgical risks.
Clinics and ambulatory surgical centers (ASCs) prioritize streamlined instrumentation layouts. The emergence of modular, lightweight aluminum and stainless steel cases with robust instrument tracking improves autoclave cycle efficiency and reduces intraoperative confusion.
Established in 2005, we combine 21 years of surgical manufacturing expertise with rigorous Quality Management Systems certified to dynamic international standards.
Our quality control program covers the entire supply chain. All raw materials are traceable, and we enforce a rigorous 100% inspection protocol across all 4 production lines. Our production facility is audited and fully certified to execute specialized custom designs, OEM services, and high-precision sample processing.
Our primary export footprint includes North America (20%), South America (18%), and a stable domestic footprint (15%), catering to brand businesses, surgical device retailers, healthcare system wholesalers, orthopedic engineers, and high-standard medical manufacturers. Our logistics network maintains 45 vetted supply chain partners to guarantee continuous material sourcing and timely delivery.
How we bridge the gap between premium medical device engineering in China and regional compliance frameworks across diverse import zones.
Custom documentation sets, FDA and CE regulatory dossier preparation, and rigorous medical-grade packaging validation.
Utilizing premium, traceable medical steel, medical-grade PEEK, and certified titanium alloys with chemical composition reporting.
High-precision manufacturing utilizing Swiss-type lathes and multi-axis CNC machines to maintain dimensional tolerances under 0.01mm.
100% manual check alongside advanced measurement systems to guarantee flawless threads, connection points, and surface finishes.
Explore our manufacturing, inspection, and assembly operations inside our cleanrooms and CNC milling plants.
Our ongoing commitment to pioneering smart surgical instruments and advanced raw materials by 2026.
We are actively developing instrumentation systems compatible with electromagnetic and optical tracking platforms, helping surgical navigation software visualize real-time pedicle screw trajectories.
Our material research team is developing advanced titanium surface micro-texturing processes. These surface properties help optimize osteoblastic responses and promote faster fusion rates in spinal cages.
We aim to reduce clinical waste by designing durable surgical kits capable of withstand up to 5,000 autoclave cycles while maintaining precise torque tolerances.
Discover our advanced surgical setups, endoscope light guides, rotating punches, and laminar shaping plates.
Key compliance and technical insights for healthcare procurement officers and distribution networks.
We prioritize certified biocompatible materials, focusing on Titanium Alloy (Ti-6Al-4V ELI) conforming to ASTM F136, medical-grade PEEK for cage inserts, and high-tempered Martensitic Stainless Steels for active cutting tools like laminectomy rongeurs and drills to ensure durable cutting edge retention.
Our manufacturing facility conforms to ISO 13485 (Medical Devices Quality Management Systems) under registration UKZB24MD30120R0S. Additionally, our key products hold CE Mark clearance (HD 60142131 0001 and G1 104715 0002 Rev. 01), certifying compliance with MDR regulatory frameworks for Europe and standard import requirements worldwide.
Yes. We support custom modifications, sample processing, and custom labeling. Our design team consists of three graduate R&D engineers who can adapt specifications based on technical blueprints, clinical feedback, or localized orthopedic needs.
Lead times vary depending on customized specifications and order size. Standard surgical instrument kits are processed quickly using our optimized assembly configurations, while custom-engineered titanium plates or OEM spinal fixation system components typically require 4–6 weeks for precision fabrication, cleanroom sterilization validation, and custom documentation checks.