What are Orthopedic Implants?

Orthopedic implants are medical devices designed to provide support to a fractured bone while ensuring its stability and proper anatomical position. Orthopedic implants are available for both temporary and permanent use and are chosen based on the seriousness of the injury. The recovery time after the application of implants will completely depend upon the patient and his/her medical history. The most commonly used implants are Orthopedic Implants Plates, Locking Plates, Bone Screws, Variable Angle Locking Plates, Bone Plates, Interlocking Nails, Wires & Pins, and Hip Prosthesis, etc. Orthopaedic Trauma Implants are manufactured using Titanium alloy and Stainless-Steel material because of their biochemical compatibility and inertness.

Orthopedic Implants Manufacturers in India

The quality of orthopedic implants is critical in defining the effectiveness and recovery after the surgery. Thus, it is always better to get implants that are certified with international standards and for that, we are here at your service. Siora Surgicals Private Limited is one of the top orthopedic implant companies in the world. With more than 30 years of experience, the company has strengthened its roots in the industry and that has helped Siora maintain fruitful relationships with hundreds of global clients. We specialize in manufacturing and export of international standard quality Orthopaedic devices and Surgical Instruments to our clientele base situated in different countries. Amongst numerous manufacturers of orthopedic implants in India, we enjoy excellent market acceptance. We have a comprehensive portfolio of an extensive range of orthopedic devices and instruments. The company works under an advanced & quality system that conforms to ISO 13485:2016 standards and CE Certification. In a growing and competitive worldwide market of trauma implants, Siora Surgicals Pvt. Ltd. is cementing its roots as one of the Top Orthopedic Medical Device Companies, that are committed to supplying good quality and safe products consistently.

Orthopedic Implants Company in India

Being one of the most reliable trauma implant companies in India, Siora Surgicals is always admired to produce world-class products. The Orthopedic Implant & Instruments that Siora Surgicals manufactures are fabricated using medical standard titanium and stainless steel as per ISO standards. Plus, we are also known to provide OEM orthopedic implant services around the world. We have a huge product portfolio that includes implants required for the treatment of both long and short bone fractures. Being a trustworthy and experienced Orthopaedic Products Manufacturer, we always ensure the true quality of all our latest and existing products. Siora Surgicals is also praised for maintaining its position as a trustworthy supplier of an extensive range of trauma implants. We are also known to keep enough stock of implants to ensure timely delivery.

The packaging is processed in class 10,000 cleanrooms on special demand by our clients for ‘Ready to Use’ implants. Orthopedic Implants provided by Siora Surgicals are pre-sterilized with Gamma Irradiation. Our products have excellent market compliance. Our company structure has an industrial complex with an area of around 20,000 square meters that is present in Sonipat, Haryana, near Delhi, the Capital of India. Siora Surgicals is undoubtedly one of the best Orthopedic Supply Companies in Delhi, India.

Modern Machines & Facilities

As a quality-oriented orthopedic company, we manufacture all types of orthopaedic implants using advanced machines that include Sliding Head Turning Center, Multiple Axis VMC, CNC Wire Cutting, CNC deep Hole Drilling, and Mechanized Sharpening & Surface Finishing. We also have an ISO class 7 (10,000) cleanroom for packaging of products plus a microbiology laboratory for monitoring environmental conditions and bio-burden of finished orthopedic implants. SIORA’s trauma implants and instruments are praised globally by orthopedists for being of high quality and ensuring structural accuracy & effectiveness. This has crowned Siora Surgicals Pvt. Ltd. as one of the trusted orthopedic medical device companies in the world.

Cervical Implants Used in Spine Surgery

November 20, 2022

Overview

Cervical or spine implants are orthopedic devices that orthopedic surgeons use to decompress and stabilize the spine. These devices are implanted either from the front (anterior) of the spine or from the back (posterior).

What is a Cervical Implant?

A cervical implant is a medical device used to treat issues in the cervical spine, the uppermost part of the spinal column located in the neck. These implants are typically made of metal, plastic, or a combination of materials, and are used during spinal surgeries to replace damaged discs, provide stability, or promote fusion between vertebrae. Commonly used in procedures like cervical disc replacement or spinal fusion, cervical implants help relieve pain, restore mobility, and support proper spinal alignment. They play a crucial role in treating conditions such as degenerative disc disease, herniated discs, or spinal injuries in the neck.

Cervical Plate Surgical Procedure

Diagnosis: Cervical spine instability or fracture is confirmed through MRI/CT scans.

Anesthesia: General anesthesia is administered before the procedure.

Incision: A small incision is made in the front or back of the neck.

Disc/Vertebrae Access: Damaged disc or vertebra is removed carefully.

Plate Placement: A metal cervical plate is positioned over the affected vertebrae.

Screw Fixation: Screws are inserted to secure the plate in place.

Closure: The incision is closed using staples or sutures

Recovery: Post-operative monitoring and physical therapy follow for healing.

The Aims Of Cervical Spine Surgery Include:

Reduce pressure on the nerve(s) by decompression (for instance, surgically removing tissues pushing on a nerve).
Stabilize the cervical spine by fusing 2 or more cervical vertebrae together.

Anterior Cervical Approach Implants

Interbody Cage or Spacers

Cages and spacers are placed between 2 vertebrae. Their purpose is to:

Keep space between vertebrae (if space gets so narrow, nerve roots may be pinched).
Preserve spinal alignment (for instance, a healthy neck has a specific curve; a spacer can facilitate restoring this curve).
Promote spinal fusion (for instance, join (fuse) 2 or more vertebrae together).

Cages are available in various sizes and shapes; some are cylinder-shaped, and others are box-shaped. Cages are placed or fit into the spine between vertebrae. Usually, cages are made from bone, metal, plastic, or carbon fiber. Bone chips (autograft, allograft, other bone graft alternatives, or other bone growth stimulating materials (for instance, demineralized bone matrix) can be packed into the cage. During the months after surgery, the hope is the cage will allow and improve fusion between the vertebrae above and below. Fusion increases spine stability.

Spacers are solid devices and bone cannot be packed inside. A spacer is utilized to facilitate restoring or correct spine alignment.

Anterior cervical plates are attached to the front of 2 or more vertebrae. Bone plates help to:

Increase the stability of the cervical spine immediately after surgery.
Increase the chances for a successful solid fusion.
Stabilize the cervical spine while healing.
Help to reduce the time the patient can need wearing a cervical collar after surgery.

Plates are made with screw holes through which bone screws are positioned into the adjacent (to be fused) vertebral bodies to anchor the plates into an accurate place. Both plates and screws are available in various sizes and designs. However, most plates are made from metal (mostly titanium); some are produced from plastics. Certain newer plates are manufactured from composite substances that dissolve after fusion happens. Some designs of the plate are self-compressing to help promote spinal fusion.

Artificial Cervical Discs

Spine surgeons of the world have an interest in cervical artificial discs to treat degenerative disease. It’s believed that keeping movement between vertebrae is better than spinal fusion. Early studies report that cervical artificial discs can help slow down the process or prevent adjacent level disc degeneration. The process is called disc arthroplasty. Artificial discs are produced from various materials. Some designs are all plastics and metal composites, and other metal. There are numerous ongoing and some finished FDA trials of artificial discs underway in the United States. Devices are being cleared for sale and implantation as the studies show safety and efficacy compared to fusion in selected cases.

Benefits and Advantages of Cervical Plate Spinal Implants

Spinal Stability: Provides immediate and long-term stabilization of the cervical spine after surgery.

Improved Fusion: Enhances the success rate of spinal fusion by holding vertebrae firmly in place.

Pain Reduction: Minimizes neck pain by preventing abnormal spine movement.

Quicker Recovery: Ensures quick rehabilitation and return to daily activities.

Custom Fit: Available in various sizes and designs for patient-specific anatomy.

Minimally Invasive: Can be implanted using advanced, less invasive surgical techniques.

Durability: Made from strong biocompatible materials for long-term performance.

Why is cervical disk replacement surgery needed?

Cervical disc replacement surgery is needed when a damaged or degenerated disc in the neck causes chronic pain, numbness, or weakness that doesn’t respond to conservative treatments like medication or physical therapy. This condition, often due to herniated discs or cervical disc degeneration, can compress spinal nerves or the spinal cord, leading to severe discomfort and reduced mobility. The surgery involves replacing the problematic disc with an artificial one, helping to relieve nerve pressure while preserving natural neck motion. It is typically recommended for individuals with single-level disc issues who are otherwise healthy and seeking long-term relief from cervical spine problems.

What Are the Risks of Cervical Disk Replacement Surgery?

Cervical disc replacement surgery, while generally safe, carries certain risks. Some of the common complications associated with the surgery may include infection, bleeding, or adverse reactions to anesthesia. There is also a possibility of nerve injury, which could lead to numbness, weakness, or chronic pain. In some cases, the artificial disc may shift, wear out over time, or fail to function as intended, potentially requiring revision surgery. Rarely, issues like difficulty swallowing or voice changes may occur. Patients with certain health conditions may face higher risks. It’s essential to discuss all potential complications with a spine specialist before opting for this procedure to ensure informed decision-making.

Conclusion

If your surgeon suggests cervical surgery, you may be encouraged that cervical decompression and stabilization processes are some of the most successful operations spine surgeons perform presently. Overall, patients often have a rapid recovery and quickly return to activities of everyday living with marked improvement of their symptoms.

Siora Surgicals has launched its new orthopedic product range of spine surgery implants or cervical implants which includes Variable Angle Cervical Locking Plate and Cervical Locking Screws in titanium.