CE Certified Instrument of Trauma System Manufacturer & Factories

Pioneering Clinical Excellence through Biomechanically Validated Orthopedic & Spinal Fixation Systems

Precision Trauma & Spine Instrument System

CE-Marked, Class I & Class III Orthopedic Implants and Manual Instrument Sets Configured for High-Performance Trauma Intervention.

COX 6.0 Screw & Rod System Class I Implant Instruments for Orthopedic Surgery View Details

High Quality Hot Selling Cheap Durable Titanium 5.0mmCSS System for Spine Surgery Implantable Artificial Organs Fule Brand 5+ View Details

CE Marked Orthopedic Implant Instrument Competitive Price Cervical Plate Screw System Laminoplasty Plate for Hospital Use View Details

CE Posterior Orthopedic Usmart 5.5 mm Spine-rod Cortical Polyaxial Screws From Beijing Fule View Details

High Quality CE Marked Fule Brand Class I Titanium Usmart Pedicle Screw Instruments for Spine Surgery View Details

CE Marked COX Polyaxial, Monoaxial, Bone Cement, Expandable Pedicle Screw Used for Spianl Surgery Spine Titanium Pedicle Screws View Details

Competitive Price CE Marked Metal PFNA Femoral and Reconstructional Intramedullary Nail for Trauma Surgery View Details

FULE MIKO II Manual Orthopedic Forceps Surgical Instruments Minimally Invasive Screw-Rod System Class III More 5-Year Warranty View Details

Biomechanical Integrity of Trauma & Spine Systems

Modern trauma surgery demands extreme mechanical stability, rapid osseointegration, and reliable surgical instrumentation. As a premier manufacturer of CE certified instruments of trauma systems, our primary engineering objective is to mitigate the effects of stress shielding while ensuring maximum implant fatigue life. Through the careful application of biocompatible Grade 5 Titanium Alloy (Ti-6Al-4V ELI) and advanced surface treatment methodologies, our systems provide unmatched primary and secondary stabilization.

Surgical intervention for spinal and femoral reconstructive trauma requires specialized instrumentation designed to work seamlessly under adverse clinical environments. The performance of pedicle screws, locking plates, and intramedullary reconstruction nails depends heavily on the precision of their corresponding instrument systems. We focus on low-tolerance CNC machining to ensure that drivers, retractors, and alignment guides interface perfectly with implants, minimizing intraoperative complications.

Key Manufacturing Criteria for Clinical Use

Every tool and implant undergoes strict cyclic load testing mimicking standard physiological stresses. Under ASTM F1717 and ASTM F382 protocols, our spinal constructs and bone locking plates are subjected to over five million cycles of bending and torsional fatigue stress to guarantee that they meet the durability demands of trauma patients worldwide.

1996

Established Date

10,000㎡

Production Space

511K+

Annual Unit Output

102

Precision CNCs

15

QA/QC Inspectors

20

R&D Engineers

Advanced Technology Roadmap & Metallurgy

Providing technical solutions that ensure surgical accuracy, reduction of hardware failure, and rapid recovery.

Expandable & Cement-Injectable Screws

Specifically developed for geriatric or osteoporotic trauma fixation. Dual PMMA cement ports enhance pull-out strength in low-density trabecular bone.

Polyaxial Dynamic Lock Technology

Allows up to 25 degrees of variable angle screw trajectory correction within locking plates, accommodating patient-specific anatomy during reduction.

Advanced Bio-Compatibility

Utilizes medically certified Titanium (Grade 5/EL) with specialized anodization to reduce biological rejection and support immediate osseointegration.

Global B2B Procurement Specifications

Procuring medical device technologies requires deep understanding of regulatory pathways, shipping logistics, and manufacturing capacities. For hospital networks, OEM distributors, and government ministries of health, the criteria for selecting a trauma instrument system manufacturer extend beyond price. It is critical to secure manufacturers with robust traceability, certified sterile and non-sterile packaging configurations, and documented chemical composition analyses.

Implant/Instrument Family	Metallurgical Standard	Standard Dimensional Offerings	Regulatory Certifications
COX 6.0 Screw & Rod System	ASTM F136 Ti-6Al-4V ELI	Ø 6.0mm Rods; 4.5mm - 7.5mm Screws	CE Class III (Implants) / Class I (Instruments)
PFNA Intramedullary Nail	Titanium Alloy & SS 316LVM	Length 170mm - 420mm; Dia 9mm - 12mm	CE Marked, ISO 13485
Cervical Plate Screw System	High Purity Grade 5 Titanium	Plate Profile 1.5mm - 2.5mm thickness	ISO13485, CE Marked
Laminoplasty System (Posterior)	Titanium Alloy / Pure Titanium	Custom OEM Mini Plate Options	CE Certified, ISO 13485

Our facility offers extensive OEM and ODM solutions to fulfill these precise requirements. With 20 dedicated research and development engineers and an annual production output of 511,000 units, we possess the capacity to execute customized configuration requests (including customized instrument caddies, color-anodization schemas, and custom-labeled surgical kits) with prompt delivery turnarounds via international logistics networks (e.g., DHL, FedEx).

Factory Profile & Quality Management Systems

Operating under rigorous ISO 13485 quality protocols to ensure defect-free manufacturing.

Company Registration

1996-06-28

Cleanroom Facilities

Class 10,000 (ISO 7)

Machinery Inventory

102 Precision Units

Total Employees

150+ Skilled Staff

R&D Team Depth

20 Specialized Engineers

Main Export Markets

Europe, Southeast Asia

Certified ISO 13485:2016 Manufacturer

Our quality management system is fully accredited for the design, manufacture, and distribution of orthopedic implants and surgical instruments. All raw materials (Ti-6Al-4V, PEEK, Stainless Steel) undergo strict chemical and mechanical testing, ensuring 100% traceability from raw bar stock to finished sterile surgical kits.

Certificate No: 04724Q10000818

Technological Roadmap & Future Outlook

The orthopedic trauma sector is shifting towards patient-specific solutions and minimally invasive surgeries (MIS). To align with these trends, our R&D pipeline is focused on incorporating three primary technological areas over the next decade:

1. Additive Manufacturing (3D Printed Porous Implants)

Traditional solid titanium implants have a higher Young’s modulus than cortical bone, occasionally leading to stress shielding and implant loosening. Our next-generation trauma systems incorporate 3D printed trabecular titanium with a high porosity structure (60-80%). This architecture matches human trabecular bone mechanical properties while accelerating natural bone ingrowth.

2. Digital Surgical Integration & Computer-Assisted Navigation

Surgical accuracy is critical for reducing revision surgery rates. Our future instrument sets will feature navigation-ready tracking arrays compatible with leading optical and electromagnetic navigation systems. This modification enables orthopedic surgeons to achieve precise alignment, reducing fluoroscopy exposure for both patients and clinical staff.

3. Carbon-Fiber PEEK Materials

To improve post-operative imaging clarity, we are developing Carbon-Fiber reinforced PEEK implants. These provide high fatigue life while offering radiolucency, allowing surgeons to monitor bone healing without metal artifact interference under X-ray, CT, or MRI.

Technical & Commercial FAQ

Frequently asked questions concerning compliance, material sourcing, design variants, and international supply logistics.

1. What materials are utilized in your trauma plates and spinal rod systems?

We utilize high-grade medical alloys including Grade 5 Titanium (Ti-6Al-4V ELI) complying with ASTM F136, and pure titanium complying with ASTM F67. These materials provide high strength-to-weight ratios, excellent fatigue life, and high biocompatibility. For select trauma systems like the PFNA intramedullary nail, high-grade surgical stainless steel (316LVM, ASTM F138) is also available.

2. How does the factory manage quality control and raw material traceability?

Our quality management system is ISO 13485:2016 certified. Every incoming batch of titanium undergoes chemical and mechanical testing. We maintain full traceability throughout the production process; each implant or instrument is laser-etched with a unique batch number mapped directly to the mill test certificate (MTC) of the raw material.

3. What is the difference between polyaxial and monoaxial pedicle screws in your systems?

Monoaxial pedicle screws feature a fixed angle between the screw shaft and head, providing rigid construct alignment. Polyaxial screws allow the head to rotate up to 25 degrees, facilitating easier rod insertion in anatomically complex or deformed segments without requiring extensive bone contouring.

4. Do you support OEM/ODM customization for specific market regulations?

Yes, our R&D department of 20 engineers supports full OEM and ODM services. This includes modifying implant dimensions, customizing surgical instrument configurations, designing custom sterilization caddies, and providing technical file assistance for local regulatory approvals (e.g., FDA, MDR, SFDA).

5. What is the warranty and post-market support policy for your surgical instruments?

Our Class III implants and Class I manual instruments come with a 5-year warranty. We also maintain a post-market clinical surveillance loop (PMS) to track performance, verify customer satisfaction, and ensure continuous safety and compliance.