Tauma Orthopedic Implants OEM
Trauma Orthopedic Implants OEM: Precision Manufacturing for Global Orthopedic Brands factories
Trauma Orthopedic Implants OEM | Expert Contract Manufacturer for Fracture Fixation
As a leading trauma orthopedic implants OEM manufacturer with 24 years of expertise, we specialize in OEM/ODM contract manufacturing of high-precision trauma implants, delivering reliable fracture fixation solutions to orthopedic brands factories, medical manufacturers etc. Our focus on quality, compliance, and flexible customization makes us the trusted partner for trauma orthopedic implant OEM needs across 70+ countries.
Why choose us
OEM/ODM
We Offer complete solutions and scalable services from concept to commercialization, eg: concept development, product design, contract engineering, prototyping, testing, and contract manufacturing for medical devices etc like OEM/ODM mode.
Production Market
With ISO/CE certified quality, the company's sales network is throughout the country and has exported to different countries and regions in Asia, South America, Middle East, north America.
Rich Experience
Who offers concept development, product design, contract engineering, prototyping, testing, and contract manufacturing for medical devices with rich experience.
Production Equipment
60 CNC turning centres, 30 CNC milling centres as well as laser systems for marking and welding of assembly groups and special machines.
Advantages of Trauma Implant
Lowers the risk of implant failure and complications
Implants of lower quality can break, come loose, or get infections, which requires more surgery to fix. Studies have shown that between 15% and 20% of low-quality implants fail, while less than 3% of Gold Standard implants fail.
Makes patients safer
Some people can have allergic reactions to implants that contain nickel. Gold Standard implants don't use any dangerous materials and instead use hypoallergenic ones like titanium. Studies show that titanium implants cut the number of infections that happen after surgery by 40%.
Helps the body heal and recover
Good implants help the bone heal faster by making sure they are stable and in the right place. It takes up to 30% less time for implants covered with HA to heal than implants that are not coated.
Makes implants last longer
Gold Standard implants last a lot longer, which means that you don't have to have as many repair surgeries. Titanium implants can last 20 years or more, while low-quality stainless steel implants might need to be replaced after only 10 years.
Types of Trauma Implants
Screws: Various-sized bone screws are used for bone fixation. They limit implant movement and bridge the implant-injured bone site gap, lowering stress.
Bone plates: Bone plates combine the shattered bone ends to reduce the gap. They hold the broken bone still so it can recover. Bone screws secure them.
Nails: Nails, or rods, prevent lengthy shattered bones like the femur or tibia from overlapping. They immobilize shattered bones to align them. They stabilize the fracture in the long bone inter-medullary canal.
Pins: For minor fractures, pins are used as temporary internal support to ensure the bone is in the right place before other implants are used to fix the fracture.
Wires: Wires are trauma implants that are small, flexible, and easy to bend. They are used for broken bones that can't hold much weight. They include Internal fixation, tendon repair, and skeletal traction.
Staples: Staples are utilized to repair and reconstruct the interior damaged bones in cases when many fractures result in various pieces. They restore soft tissue.
Prostheses: When a person suffers a loss of a joint or bone, an orthopedic surgeon recommends a prosthesis, which is an artificial implant. They also help to stabilize broken bones. Hip, knee, shoulder, and arm prostheses are prevalent. They position bones and joints to restore complete mobility and function to shattered bones and joints.
Applications of trauma orthopedic implants
Fractures
Trauma orthopedic implants are used to treat fractures by providing stability and support to the broken bone. Depending on the location and severity of the fracture, different types of implants may be used, including plates, screws, pins, or wires.
Dislocations
Trauma orthopedic implants can be used to treat dislocations of joints such as the shoulder or hip. These implants can provide stability to the joint, allowing for proper healing and preventing further injury.
Bone tumors
Implants are used to provide support to the bone after the removal of a bone tumor. These implants can help maintain the structure and strength of the bone, preventing fractures or other complications after surgery.
Correction of bone deformities
Trauma orthopedic implants can also be used to correct bone deformities, such as bow legs or knock knees. These implants can help realign the bones and provide support for proper healing, improving the function and appearance of the affected limb.
Material Composition and Surface of Trauma Implants
Material composition
These implants are commonly made of stainless steel alloy or titanium alloy. These components vary in ductility, bio-compatibility, corrosion resistance, and tensile strength. The selection of the trauma implant depends on the surgical need of the fracture.
Surface Texture
Orthopedics trauma implants have different surface textures and finishing depending on their role in healing and recovering the fractured bone. In the case of trauma implants, some are subject to removal upon fracture healing, and some might stay permanently fixed based on the patient's clinical needs. These implants require smooth surfacing and rounded edges to prevent the bones from getting attached to the implanted material and avoid pain and discomfort resulting from sharp-edged devices.
Packaging & Delivery
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Packaging |
Inner: Non-sterile plastic bags. Small packing PE/PET, Big packing PVC. External: Standard carton. |
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Lead Time |
7-14 days |
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Delivery |
≤30kg, Door to door (DHL/TNT/UPS/FEDEX/EMS, etc.) ＞30 kg, Airport to Airport. By air or by sea. |
Our factory
FUXIANG medical metal produces medical implants/ instruments, as well as high-precision mechanical and precision CNC turned and milled components, wire-cutting components, ready-to-install assembly groups and 3D parts with free-form contours for a variety of industries.
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