Osteora
Osteora
Direct supply of high-grade surgical fixation implants tailored for the Michigan healthcare network, trauma centers, and healthcare systems.
The metropolitan Detroit region, historically the center of automotive engineering, has evolved into a key hub for advanced biomedical technologies and medical device supply chains. Major medical institutions, including the Detroit Medical Center (DMC), Henry Ford Health, and the University of Michigan Health System, drive a high demand for premium orthopedic trauma implants.
Cannulated screws represent a critical component in local surgical suites, primarily utilized for stabilization of femoral neck fractures, talar and calcaneal fractures, and syndesmosis fixations. The biomechanical requirements in these clinical settings demand extreme precision, where screw design must optimize compression while minimizing soft tissue irritation.
Osteora Medical Devices Co., Ltd. addresses this demand by supplying medical-grade titanium alloy cannulated screws that meet rigid mechanical tolerances, facilitating faster recovery times in local sports medicine and emergency trauma operations.
Combining R&D expertise, high-capacity machinery, and efficient cost structures to deliver high-quality medical components to American medical device distributors.
Founded in 2016, Osteora Medical Devices Co., Ltd. has established a strong reputation as an orthopedic manufacturer, utilizing Swiss-type CNC lathes and HAAS machining centers. Our facility supports production, cleanroom packaging, and testing operations, providing a reliable option for global medical brands looking to optimize their supply chain costs.
With 12 years of industry experience and 8 years of export operations, Osteora bridges the gap between cost-efficiency and quality. While manufacturing in China allows us to offer pricing advantages, our quality control protocols align with global regulatory expectations.
Our quality control team comprises 42 specialized inspectors managing material traceability, dimensional inspections, and fatigue testing, ensuring each batch meets medical-grade criteria.
| Parameters | Osteora OEM Specifications |
|---|---|
| Material Grade | Ti-6Al-4V ELI (ASTM F136), Medical Grade III |
| Diameter Options | 2.4mm, 2.5mm, 3.0mm, 3.5mm, 4.0mm, 4.5mm, 6.5mm, 7.3mm |
| Design Configurations | Headless Compression, Herbert Type, Fully/Partially Threaded |
| Surface Treatment | Anodic Oxidation (Color Coding Available) |
| Tolerance Control | Dimensional accuracy within ±0.005mm |
Our manufacturing workflow is monitored at every stage, from raw material procurement to cleanroom packaging, ensuring the reliability of every orthopedic implant.
Providing functional medical implants engineered for reconstructive procedures, emergency trauma, and orthopedics.
High-velocity trauma cases require reliable stabilization options. Our 6.5mm and 7.3mm cannulated compression screws are designed to secure fractures of the femoral neck and pelvis. The guide wire cannulation design facilitates precise anatomical reduction under fluoroscopy, reducing operating room times.
With an active athletic and collegiate sports community in Southeast Michigan, orthopedic sports injuries are common. Osteora's 2.5mm and 3.0mm headless compression screws are optimized for scaphoid and small bone intra-articular fixations. The headless profile helps minimize hardware impingement under joint surfaces.
Addressing clinical challenges such as diabetic neuropathic osteoarthropathy requires stable fixation solutions. Our customized Herbert screws and bone locking screw systems are engineered to resist cyclic loading and promote fusion in compromised bone structures.
Explore our full range of medical-grade cannulated screws, headless compression fasteners, and surgical instrument kits.
Detailed information on manufacturing standards, clinical performance, and international supply chain coordination.
Partner with an ISO 13485-certified manufacturer to optimize your supply chain. We provide custom design, material certification, and batch testing data.
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