Health Chi-Tech
Health Chi-Tech
Anterior Cruciate Ligament (ACL) and Posterior Cruciate Ligament (PCL) reconstructions are among the most highly technical procedures in sports medicine and orthopedic surgery. The clinical success of these procedures relies on three pillars: the surgeon's expertise, the biological viability of the graft, and the absolute precision of the surgical instruments used to harvest, prepare, tunnel, and secure the graft. As a leading manufacturer and exporter, we offer state-of-the-art ACL surgical tool sets engineered to ensure repeatable accuracy, optimize operative safety, and significantly reduce operating room times.
Surgical instruments, such as tibial guides, femoral aimers, graft sizing boards, and flexible reamers, must operate within tolerances measured in microns. For instance, inaccurate placement of the femoral tunnel during an AM (anteromedial) portal reconstruction is a leading cause of graft impingement and premature failure. Our tool sets are engineered using advanced biocompatible alloys that withstand cyclical torque and axial stress without structural deflection.
We source medical-grade materials such as ASTM F138 (316LVM) stainless steel and medical-grade PEEK. Under our strict ISO 13485 certification protocols, each batch of steel is tracked from the raw material mill straight to final laser engraving. This strict compliance guarantees zero-defect structural integrity, preventing micro-stress corrosion and ensuring the longevity of autogenous tendon harvesting toolsets.
Operating a modernized 1,036 square meter manufacturing plant since 2005, our factory leverages digital precision to handle complex design requirements. With over 21 years of specialized medical device exporting experience, we operate as a reliable supply chain partner for prominent global hospital groups, medical device brand businesses, and orthopedic tool distributors.
Established Year
Years Exporting
Quality Inspected
Medical Standards
Our workshop is equipped with 8 advanced production machines including multi-axis CNC milling machines, wire EDM, and automated polishing gear. These tools allow us to achieve precise tolerances down to ±0.01mm on complex geometries like graft tensioners and cannulated flexible reamers.
Our manufacturing facility runs 4 specialized production lines overseen by certified inspectors. We enforce a strict 100% product inspection standard across all steps of production. This systematic workflow eliminates errors before packaging, ensuring that every tool arrives pristine and sterile-ready.
With an active R&D team consisting of 3 graduate-level engineers, we designed and released 10 new proprietary surgical products last year. We support customization options ranging from light modifications and graphic processing to full-scale custom design requests.
As minimally invasive surgical techniques continue to advance, the instrumentation used for knee ligament reconstruction must adapt. We are committed to developing next-generation surgical tool sets that incorporate ergonomic enhancements, smart materials, and digital integration. Below is our engineering roadmap outlining the evolution of our sports medicine product lines:
| Instrument Category | Current Industry Standard | Our Advanced Capabilities | Future Development (Roadmap 2026+) |
|---|---|---|---|
| Bone Reamers & Drills | Rigid, stainless steel straight reamers. | High-flexibility stainless steel flexible reamers with customized flute geometry. | Single-use biodegradable materials and smart sensors to prevent thermal necrosis. |
| Aiming & Alignment Guides | Fixed-angle, manual aiming arms with laser marks. | Variable-offset, high-contrast laser-etched guide arms. | AR-integrated guides and electromagnetic tracking sensors for real-time validation. |
| Graft Prep Workstations | Standard tension boards with manual suture clamps. | Multi-axis tension systems with high-retention alligator jaw clamps. | Digital digital-load cell tension measurement with electronic readouts. |
| Interbody Fusion Devices | Standard titanium mesh or basic PLIF/TLIF cages. | PEEK (Polyether ether ketone) osteoconductive structures with micro-screw locks. | 3D-printed porous titanium cages with patient-matched lattice geometry. |
Our commitment to R&D ensures our medical tools remain aligned with the latest clinical trends, such as the all-inside ACL reconstruction technique and single-stage revision surgeries. By refining tool profiles and material properties, we help surgeons achieve optimal outcomes while reducing surgical times.
For modern healthcare systems, managing costs while maintaining quality is a constant challenge. Our ACL surgical instrument sets are designed to streamline hospital operations, offering practical benefits for procurement managers and operating room staff alike:
By organizing instruments into structured, modular sterilization boxes, we reduce tray weight and minimize the number of loose items in the OR. This approach speeds up setup times and reduces sterile processing costs per cycle.
Our instruments are built from materials that withstand repeated autoclaving without staining, pitting, or alignment loss. This durability lowers replacement rates, offering excellent value for long-term hospital budgets.
We engineer our cutting tools, drill bits, and power tool attachments to be compatible with popular systems like Stryker, Conmed, and Synthes. This compatibility allows hospitals to upgrade their instrumentation without replacing expensive capital equipment.
We work closely with medical distributors, OEM brands, and private hospital networks to deliver tailored manufacturing solutions. Our flexible production lines adapt to support a wide range of custom requests:
Leveraging our design resources and testing equipment, we translate technical sketches and CAD designs into functional prototypes. We provide laser-marking for custom branding, distinct color anodizing for tool identification, and custom configurations for specialty surgical kits.
We handle all aspects of international logistics, ensuring compliance with importing requirements in key regions like North America, South America, and Europe. Our logistics team provides complete documentation, including certificates of origin, material test reports, and sterilization certificates, to facilitate smooth customs clearance.
Safety and regulatory compliance are critical for medical devices. We maintain a robust quality management system certified under international standards to ensure our products meet strict quality benchmarks:
Registration No: UKZB24MD30120R0S. Our quality management system covers design, manufacturing, inspection, and trace-tracking protocols.
Registration No: HD 60142131 0001. Our orthopedic tools meet standard European Union safety, health, and environmental requirements.
Registration No: G1 104715 0002 Rev. 01. Continuous verification ensures our manufacturing practices comply with the latest MDR regulations.
Take a virtual tour of our production facility. We maintain strict cleanroom conditions, precise CNC machining centers, and comprehensive inspection areas to produce high-quality surgical tools.
We manufacture our tools using medical-grade stainless steel (such as 316LVM / ASTM F138) and aerospace-grade titanium alloy (Ti-6Al-4V). For high-wear components, we apply passivation treatments to optimize corrosion resistance during repeat autoclave cycles.
Our facility runs 4 production lines utilizing automated CNC machining centers. We enforce a 100% inspection protocol overseen by 2 QA/QC inspectors to verify critical dimensions, surface finishes, and mechanical function before packaging.
Yes. Led by our 3 graduate-level R&D engineers, we provide light customization, sample processing, and custom product development based on surgical specifications, technical drawings, or target biomechanical requirements.
Many of our drills, saw blades, and attachment couplers are engineered to interface directly with Stryker, Conmed, and Synthes systems, allowing hospitals to use their existing capital equipment footprint.
We maintain ISO 13485 (No. UKZB24MD30120R0S) and CE (No. HD 60142131 0001 & G1 104715 0002 Rev. 01) certifications, establishing full traceability and quality compliance for distribution in major international markets.
