Internal Spinal Fixation Implants OEM
The Internal Spinal Fixation Implants OEM Manufacturer!
Founded in 2001, who focus on R&D, manufacturing, sales and services in orthopedics& arthroplasty field, main products range from trauma, spine implants & hip and knee replacement to related surgical instruments.
Why choose us
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.
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.
Advantages of Internal Spinal Fixation Implants
Stabilization of the Spine: The first and most significant benefit is the stabilization of the spine, which can reduce pain and prevent further damage. The device does this by attaching itself to vertebrae and not allowing them to move, thereby reducing instances of further spinal damage, pain, or even inconvenience.
Promotion of Spinal Fusion: Additionally, the system promotes spinal fusion, which is the natural process of two adjacent vertebrae fusing together. The interbody spacers used create the optimal environment for new bone tissue growth, leading to a more stable spine over time.
Minimally Invasive Procedure Another significant benefit of spinal fixation systems is that it is a minimally invasive procedure. Unlike traditional spinal fusion surgery, which requires larger incisions and longer recovery times, This procedure can be performed through a smaller incision. This means that patients experience less pain, have shorter hospital stays, and can return to normal activities faster.
Cages: These are used in spinal fusion surgery to hold two vertebrae together. Eventually, the bones grow (or graft) around the cage, providing additional support.
Plates: These are flat pieces of metal that are attached to two different vertebrae with screws. The plates stabilize the vertebrae while still allowing the spine to bend.
Rods
These are the final implant option for spinal fusion. They are usually connected by hooks or screws to the vertebrae.
Artificial discs
These are used in non-fusion procedures. The artificial discs replace the natural ones between your vertebrae. They work just like natural discs except they are more durable.
Expandable rods
These are used to straighten the spine without fusing the vertebrae together. These are often used to treat scoliosis in children and reduce the number of surgeries they need.
Typical Use Cases
Degenerative Diseases
Lumbar stenosis and spondylolisthesis requiring fusion and stabilization.
01
Trauma
Stabilization of vertebral fractures (especially in thoracic and lumbar regions).
02
Deformity Correction
Scoliosis, kyphosis, and spondylolisthesis that require correction through posterior instrumentation.
03
Revisions
For patients with failed fusion or implant failure from previous surgeries.
04
Tumors and Infections
For stabilization after tumor resection or treatment of spinal infections.
05
Interlaminar Spinal Fixation Systems Inserted
During the procedure, a small incision measuring 2–4 cm is made using a precision guided inserter/compressor. This instrument is designed to streamline the implant placement process, making it more straightforward and accurate for surgeons. The precision guided inserter/compressor is an all-in-one instrument that eliminates the need for multiple instruments, including bulky compressors. It allows for the implant to be safely placed with or without the removal of the interspinous ligaments. As a result, the overall procedure time is reduced, and the implant insertion and compression are achieved with greater ease and accuracy.
Materials Used in Spine Implants
Titanium
Lightweight, strong, and biocompatible, making it a common choice for many spinal implants.
Stainless Steel
Strong and durable, though less commonly used today compared to titanium.
PEEK (Polyetheretherketone)
A type of plastic that is radiolucent (does not interfere with imaging studies) and has mechanical properties similar to bone.
Bone Grafts
Often used in conjunction with other implants to promote bone fusion.
Packaging & Delivery
|
Packaging |
Inner: Non-sterile plastic bags Small packing PE/PET, Big packing PVC. External: Standard carton |
|
Lead Time |
7-14 days |
|
Delivery |
≤30kg, Door to door (DHL/TNT/UPS/FEDEX/EMS, etc.) ＞30 kg, Airport to Airport By air or by sea |
FAQ