What Makes REDLEAF Spinal Implants Stand Out？
- 35 years of origin manufacturer, long-term cooperation and win-win with you.
- Focused on the research and manufacturing of orthopedic spinal implant systems.
- Used by orthopedic doctors and distributors in multiple countries around the world.
- Professional orthopedic experts and clinical physicians provide technical and design based on the characteristics of human skeletal structure.
- Years of overseas sales experience, providing one-stop surgical solutions.
- Our professional after-sales team is always available online to answer your questions.
Professional Spinal Implants Manufacturer for Global
As a professional factory with over 35 years of experience in orthopedic implant manufacturing, REDLEAF has dedicated orthopedic R&D experts and clinical physicians to provide technical guidance. Each product is designed based on the characteristics of human skeletal structure and has been validated through multiple clinical trials. The professional design of the spinal nail and rod system ensures the stability and safety of the product during surgery.
Each product complies with international medical device standards and accepts clinical customization to meet your various orthopedic implant needs. We can help you solve various clinical surgical scenarios.
Classification of Spinal Implants
Spinal implants are developed based on the structural characteristics of the human spine, forming a rigid structure through multi-point fixation to fix the spine, limit abnormal spinal activity, and reduce spinal segment lesions.
Integrated work channel completes rod placement and screw tightening, Save disassembly time during surgery
Adopting variable pitch thread and plum blossom top thread design, not only is it firm and stable, can also prevent slipping
Screws and steel plates have a certain adjustable angle fixation in the coronal and sagittal planes
The lumbar and cervical fusion cage is made of Peek biomaterials, which have good biocompatibility
Specially designed for the treatment of cervical and upper thoracic vertebrae, Compatible with multiple connecting rods and modular connectors
A complete set of surgical tools can not only save surgical time, but also increase the probability of surgical success
Advantages of Spinal Implants System
We have a comprehensive range of spinal implant products, and all products sold undergo rigorous clinical validation to ensure their safety and effectiveness.
The pedicle screw features a variable pitch thread design, which prevents slipping and ensures secure and stable fixation.
Select appropriate implants based on the patient’s spinal condition to achieve precise treatment.
Titanium alloys and Peek biomaterials have excellent biocompatibility, avoiding rejection reactions in the human body
Our products undergo rigorous clinical trials before being launched to meet the diverse clinical needs of physicians.
Highly efficient fixed minimally invasive surgery
For doctors who want to reduce bone tissue damage and accelerate patient recovery, minimally invasive surgery is the most popular method. This minimally invasive surgical solution uses percutaneous puncture combined with a screw rod system to achieve stable fixation. Especially, pedicle screws (long tail) are crucial in surgery as they can be inserted and locked through an integrated working channel. This approach simplifies the surgical process, improves surgical efficiency, reduces soft tissue damage to patients, and facilitates postoperative recovery.
Stable, Visible, Reliable — PEEK Fusion System
Intervertebral fusion systems are popular in spinal surgery as they provide stable support for spinal fractures, maintain spinal sequence, and can be used to treat degenerative diseases, trauma, tumors, and other spinal disorders.PEEK material has excellent biocompatibility, corrosion resistance, and high elasticity, which is very similar to human bones and closer to the elasticity of bones. It can maintain long-term stability and bone fusion of the spine after surgery, and has good transparency without affecting postoperative monitoring and observation. It is highly favored by doctors and patients.
Product Resource Download
This article can describe the technical features of the products, including its working principle and applicability, which can helps you provide some reference for clinical practice.
A video demonstration of the locking plate can visually demonstrate the use of the product and related equipment, showcasing product performance and operation process.
We can provide you with ISO international certification documents, product testing reports, or other documents to assist you with distributor registration and government bidding.
A Trustworthy Orthopedic Manufacturer
We have been deeply involved in the field of orthopedic implants for decades, and our actual industry experience has never been built on slogans. We have professional R&D experts, and all Spinal Implant are designed to fit the anatomical shape of the human body, making them safe and reassuring to use. This is also our confidence in serving you.
All products undergo strict testing from the raw materials entering the factory, followed by CNC precision machining, polishing, cleaning, packaging, and complete quality control at every stage, in order to provide stable, safe, and reliable orthopedic implant products to global customers.
Example of Spinal Implant Solution
We are available 24 hours a day and welcome partners from around the world to contact us. Below are some application cases of Spinal internal fixation surgery in actual surgical processes that we have collected. Please take a look
Minimally invasive percutaneous pedicle screw fixation can promote vertebral fusion during surgery.
For example, a high school student who fell from a building was found to have a vertebral burst fracture after admission examination, with bone fragments compressing the spinal canal. During the surgery, Using a bone impactor the bony fragments were impacted back into the original vertebral body space and then a percutaneous pedicle screw rod fixation device is used as a stabilizing structure to stabilize the lumbar spine. The postoperative examination showed good results.
Using Cement Augmented Pedicle Screw to solve the problem of osteoporosis in elderly patients.
For example, Bone cement enhanced low-density posterior spinal fusion (PSF) showed results comparable to normal bone density. During the one-year postoperative examination, the incidence of loose screws and broken screws or connecting rods in patients decreased.
Spinal fusion is a common surgical procedure for treating degenerative spinal diseases, and optimizing screw trajectories can improve the resistance of spinal implants to mechanical loads. Because the length of the screw is shortened after optimizing the screw trajectory, this method reduces the contact area between the spinal implant and the bone, and is only suitable for vertebral bodies with very high elastic modulus values (elastic modulus multiplied by screw volume>3500 MPa · cm ³).
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Real feedback from global customers
In spinal surgery, high stability and accuracy are required for the Spinal Implant Rod System, which is widely used in clinical applications of spinal surgery. This batch of products received direct feedback during surgery, with smooth screw implantation and stable connection structure, which can effectively maintain the postoperative spinal sequence.
From a clinical perspective, this type of orthopedic spine product performs reliably in complex cases, reducing the time for repeated adjustments during surgery and making the entire surgical process more controllable.
Dr. Javier MoralesSpanish surgeonIn cases of degenerative spinal diseases and interbody fusion, we tend to choose the Peek material Fusion Device System. From clinical feedback, the elastic modulus of Peek material is close to that of human bones, with uniform force distribution, providing suitable support space for bone growth – which is actually crucial for the fusion effect.
It is worth mentioning that the product has a relatively complete range of size specifications, which can flexibly respond to different clinical situations. Overall, this type of Spiral Implant product is still very reliable during surgery.
Ahmed Al-FarsiBrazilian surgeon
Spinal implants are medical devices made of biomaterials such as titanium alloys, PEEK, metals, and ceramics to treat and alleviate spinal diseases. They are commonly used in surgery for conditions such as scoliosis, spinal fractures, cervical spondylosis, and tumors.
Spinal implants are used in spinal surgery to fix and correct deformities. They consist of components such as connecting rods, pedicle screws, implantable plates, interbody fusion cages, and titanium cages, providing stability in the anatomical reconstruction of the human spinal surgery.
Spinal implants have good biocompatibility and can generally remain in the body long-term. However, if a patient experiences allergies or if a child has bone development issues, a doctor’s assessment can determine whether removal is necessary.
Yes. Our entire range of Spiral Implants comply with international mainstream regulations such as ISO 13485 and CE; Each category undergoes comprehensive clinical validation to ensure product effectiveness and safety.
1.Payment term: T/T 30% deposit after order confirmed, 70% balance paid against bill of lading, Or L/C.
2.Lead time: normally in 15-25 days after deposit received.
3.Shipping port: Shanghai, China
Spinal Implant fixation surgery
Spinal implant fixation surgery typically uses biocompatible implant material such as titanium alloys and PEEK (polyetheretherketone).
Spinal implant surgery involves implanting pedicle screws, connecting rods, plates, and other implants into the vertebral bodies to stabilize the spinal skeletal structure, correct deformities, and relieve nerve compression.
It is used to treat conditions such as spinal fractures, herniated discs, spinal deformities, and spinal tumors, and to preserving the normal function of the spinal cord and associated nerves.
Precision Machining – High Quality Production
In the production process of orthopedic internal fixation, the size and quality of the steel plate often directly affect the success rate of the surgery. As a orthopedic manufacturer with over 30 years of experience, we have introduced DMG MORI’s high-end CNC machining equipment to help our products achieve stable and consistent size and structure of locking steel plate products.
We are also equipped with the TZTEK Tianzhun measurement system, which uses a high-power automatic zoom lens, magnification, and AI to automatically grasp edges, detect key hole positions, plate curvature, and thickness tolerances throughout the entire process, and reduce errors caused by manual intervention. Full process quality control ensures that every steel plate undergoes strict quality control before leaving the factory, reducing the burden on doctors in labor, improving success rates, and providing guarantees for the safety of patients’ lives.
