Orthopedic Trauma Implant Manufacturer & Exporter

Delivering high-precision osteosynthesis trauma systems, locking plates, and custom orthopedic surgical implants designed for absolute biomechanical alignment and clinical excellence worldwide.

Leading the Future of Orthopedic Trauma Fixation

Synoviq Medical Technology (China) Co., Ltd. — Dynamic Surgical Innovation & Scientific Precision

In the high-stakes sector of osteosynthesis and trauma care, precision is not a variable; it is the absolute standard. Synoviq Medical Technology (China) Co., Ltd. stands as a premier global orthopedic trauma implant manufacturer and exporter, specializing in cutting-edge surgical systems that reduce patient complications and optimize anatomical stabilization. Established on March 18, 2016, Synoviq combines structural engineering with advanced materials to create medical devices that serve distributors, hospitals, and national tenders across key healthcare markets.

With an operational footprint exceeding 18,600 square meters and over 14 years of design and production expertise, Synoviq manages a sophisticated product matrix. From titanium maxillofacial plating systems to variable-angle distal radius plates and complex locking clavicular hook systems, our focus is geared towards optimizing osteotomy fixations, non-union therapy, and complicated periarticular reconstructions. Our manufacturing philosophy centers on "clinical synergy" — ensuring that every titanium plate, locking screw, and custom orthopedic instrument integrates seamlessly with the surgeon's hands and the patient's anatomy.

Corporate Parameter Operational Details & Quality Standards
Company Name Synoviq Medical Technology (China) Co., Ltd.
Brand Portfolio Synoviq / Geasure Series
Establishment & Industry Tenure Established March 18, 2016 (14 Years of Combined Industry Experience)
Facility Footprint 18,600 m² Advanced Production & ISO Class 7 Cleanrooms
Annual Export Capacity USD 21.8 Million with partners across 65+ countries
Quality Assurance Staff 48 Quality Control Engineers with 100% Final and Incoming Material Verification
Testing Protocols CMM Metrology, Tensile Mechanics, Surface Roughness, Micro-hardness, Salt Spray Corrosion, Sterility & Bioburden Validation
Supply Chain Integration Over 1,120 global supply chain partners for raw material and logistic consistency
Research & Development 76 R&D Engineers; 186 New Products Released in the Last Fiscal Year

Macro-Industry Solutions for Global Healthcare Networks

Streamlining regulatory risk, inventory efficiency, and procurement lifecycles for clinical partners.

Tier-1 Distributors & Importers

We provide stable pricing margins, extensive OEM/ODM private labeling solutions, and comprehensive technical documentation packs (technical files, material certification, and biocompatibility studies) to accelerate market penetration and tender acquisition.

Hospital Procurement & Surgery Groups

Minimize intraoperative complications with implants engineered with high anatomical conformance, lowering the requirement for intraoperative contouring. Synoviq implants deliver high fatigue strength, matching biomechanical stresses without premature implant failure.

National & Regional Tenders

With an annual export revenue of USD 21.8 million, our industrial-scale facility ensures consistent supply chains and high-volume production capabilities. This guarantees that large tender demands are met with stable batches and rigorous batch traceability.

China Factory 4.0: Supply Chain Resilience & Quality Testing

Step inside Synoviq's advanced manufacturing plant: combining Swiss precision, automatic metrology, and cleanroom packaging.

The manufacturing architecture of Synoviq is built upon raw material purity, geometric precision, and surface biological activation. Using advanced alloys, our facility integrates raw bars (Titanium Grade 4, Ti-6Al-4V ELI, ASTM F136 compliant) into finished, sterile-barrier ready orthopedic implants. Through specialized thermal treatments and chemical anodization, we improve wear properties, corrosion thresholds, and osteointegration potential.

Technological Roadmap & Bio-Material Evolution

Pushing the boundaries of osteosynthesis with next-generation material science and patient-specific geometry.

Bio-Active Surface Modification

Through advanced electrochemical anodization (Type II anodization) and acid-etching processes, we create a controlled micro-roughness on the plate and screw surfaces. This morphology encourages osteoblast attachment and increases bone-to-implant contact (BIC), leading to accelerated osseointegration.

Polyaxial Locking & Dynamic Compression

Our variable-angle (VA) locking mechanisms allow locking screws to be angulated up to 15° off-axis. This flexibility is critical when addressing comminuted intra-articular fractures where targeting fragments without hitting adjacent hardware is crucial.

Minimizing Stress Shielding

By optimizing the design profiles and introducing anatomical taper profiles, Synoviq implants match physiological stress distribution more closely. This reduces the risk of stress shielding (bone resorption due to overly rigid implants) and encourages natural bone healing.

Regulatory Compliance & Global Value Chain Integration

Achieving high safety benchmarks to navigate MDR, FDA, and local registration requirements.

Launching orthopedic implants in strictly regulated medical markets requires rigorous documentation and traceability. Every batch of implants produced by Synoviq is linked back to the original heat number of raw titanium. Our laboratory runs destructive and non-destructive quality tests daily to ensure structural integrity and compliance with international standards.

Full Dynamic Fatigue Testing

All load-bearing implants undergo simulated biological load testing (up to 5 million cycles) in accordance with ASTM F382 and ISO 9585 standards. This validates safety against fatigue cracks, deformation, and implant breakage under high physical stress.

MDR & ISO 13485 Standards

We work to align our Quality Management Systems (QMS) with ISO 13485 and European Union Medical Device Regulations (EU MDR 2017/745). This ensures smooth registrations for global medical device brands and hospital distributors.

Secure Packaging & Traceability

Implants are processed through validated ultrasonic cleaning stations and packaged in Class 10,000 cleanrooms. Dual-sterile barrier pouches with chemical indicators ensure implant sterility up to the moment of surgery.

Synoviq at a Glance

A visual summary of our global footprint and manufacturing capacity.

14+ Years Industry Experience
18,600m² Modern Production Area
$21.8M Annual Export Revenue
76 R&D Engineers
186 New Products Developed Last Year

Clinical & Technical FAQ

Answers to critical design, metallurgical, and distribution questions.

1. What materials are used in Synoviq trauma implants, and are they biocompatible? +
We use high-purity medical grade Titanium (Grades 2 and 4 for soft tissue and low-load plates) and Titanium Alloys (specifically Ti-6Al-4V ELI conforming to ASTM F136 and ISO 5832-3). These materials exhibit excellent biocompatibility, high strength-to-weight ratios, and excellent resistance to corrosion inside the human body.
2. How does Synoviq ensure batch-to-batch consistency and mechanical safety? +
Our facility employs a strict 100% inspection process overseen by 48 QA/QC staff. This includes optical CMM coordinate measurements for dimensional accuracy, tensile testers for mechanical stress limits, metallographic imaging to monitor grain structure, and spectral analysis of raw material inputs to ensure no trace impurities exist.
3. Do you support private labeling (OEM) and custom CAD/CAM implant design (ODM)? +
Yes. Synoviq is a dedicated OEM/ODM manufacturing partner. Backed by 76 R&D engineers, we specialize in customizing plate contours, hole counts, screw thread pitches, and surface treatments to match regional anatomical differences and clinical preferences.
4. What are the benefits of the Type II Anodization process applied to your locking plates? +
Type II anodization produces a thicker, more durable biocompatible oxide layer on titanium implants. This increases the surface hardness, reduces friction and potential cold-welding between locking screws and plates, decreases metal ion release, and improves biological cell attachment.
5. How does the variable-angle locking mechanism prevent screw backing out? +
Our variable-angle locking holes use a specially designed threaded recess that deforms or engages with the screw head. This mechanical interlock ensures that even if the screw is inserted at an angle, it locks securely into the plate, maintaining compression and mechanical stability.
All Orthopedic Trauma Implant Products