Spinal Implant OEM
Spinal Implants OEM: Precision Manufacturing for Global Orthopedic Brands
Spinal Implants OEM | Expert Contract Manufacturer for Spine Surgery
As a leading spinal implants OEM manufacturer with 24 years of expertise, we specialize in OEM/ODM contract manufacturing of high-precision spinal implants, delivering reliable spine fixation and fusion solutions to orthopedic brands factories, medical manufacturers etc. Our focus on quality, compliance, and flexible customization makes us the trusted partner for spinal implant OEM needs across 70+ countries.
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.
Benefits of Spine Implants
Stability
Spinal implants help stabilize the spine, reducing pain and preventing further damage.
Alignment Correction
They can correct spinal deformities and restore proper spinal alignment.
Fusion Promotion
Implants facilitate spinal fusion by providing a scaffold for bone growth between vertebrae.
Pain Relief
By stabilizing the spine and relieving pressure on nerves, implants can alleviate chronic pain caused by conditions like herniated discs or spinal stenosis.
Improved Functionality
Spinal implants can restore or improve spinal function, allowing patients to regain mobility and functionality.
Long-term Solution
In many cases, spinal implants provide a long-term solution for spinal issues, reducing the need for future surgeries.
Types of spinal implants
Cages
Cages are medical devices made with a hollow center and perforated walls. This device is used for patients with a collapsed disc. The cage can be placed around a set of discs to encourage bone growth.
Hooks
Hooks are used in conjunction with other devices, like rods, to anchor things in place. There are several types of hooks including sublaminar and intralaminar hooks.
Plates
Doctors use special tools to conform plates to the shape of the spine. Plates are held in place by screws placed in the vertebrae.
Pedicle screws
Pedicle screws can be used as anchor points for spinal rods. Screws vary in size and shape and can also be used to secure bone fractures.
Rods
Rods are flexible devices used to limit movement of certain sections of the spine to correct the vertebrae. Rods can be rounded, smooth, or threaded.
Spinal cord stimulator
A spinal cord stimulator is an implant that sends electric shocks to the spine to relieve back pain. Doctors also use medical-grade cables to apply tension to a person’s spine.
The materials used in spinal implants are chosen for their durability, biocompatibility, and resistance to corrosion. Titanium is one of the most common materials, as it is lightweight, strong, and unlikely to cause an adverse reaction in the body. This makes it a popular choice for implants that need to remain in the body long-term.
Stainless steel is another material used, though less frequently than titanium. It is stronger and more rigid but may be prone to corrosion over time. Additionally, some implants are made with a combination of titanium and other materials, like carbon fiber or ceramics, to combine the best qualities of each. For example, ceramic-based implants are often used in disc replacement due to their wear-resistance properties, helping the implant last longer.
Surgeries that use spinal implants
Anterior Lumbar Interbody Fusion (ALIF)
The anterior technique enables direct access to the disc from the front of the spine. Using this technique, surgeons can gain access to the spine without damaging or shifting the nerves. In most cases, a vascular surgeon will aid the orthopedic surgeon in moving the organs and blood vessels to expose the right disc.
Posterior Lumbar Interbody Fusion (PLIF)
The most prevalent procedures are posterior lumbar fusions. Backwards, the spine is approached. The majority of PLIFs are performed on the lumbar or lower spine (L4-L5 or L5-S1 region). A cage or other form of spinal implant is put into the disc space to restore the space between the vertebrae.
Transforaminal Lumbar Interbody Fusion (TLIF)
TLIF is a spinal fusion treatment that is performed from the back of the spine. The vertebrae are linked to surgical implants like rods and pedicle screws. To connect the interbody gap, bone transplants are implanted. It unites the bones of the spine to address instability or weakness.
Axial Lumbar Interbody Fusion (AxiaLIF)
Through an incision at the tailbone, the AxiaLIF technique reaches the disc from the front of the sacrum. A minimally invasive spinal fusion is performed. The injured section of the disc is removed and bone graft material is used to replace it.
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 |
FAQ