3.5mm USS System

Leading Manufacturer of
3.5mm USS System

ZMD
Orthopedic Products

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If you're interested in more orthopaedic implant products, feel free to get in touch with our ZMD consultants.

What is the 3.5mm USS System?

The 3.5mm USS System stands as a remarkable minimally invasive spinal fixation option. It has been specifically engineered to address a diverse range of issues within the thoracic and lumbar spine regions, including fractures, deformities, and instabilities.

Key Features of the 3.5mm USS System:

Minimally Invasive

The 3.5mm USS System’s small diameter profile is a significant advantage. Thanks to this feature, during surgical procedures, the extent of surgical exposure can be minimized. This means that surgeons don’t need to make large incisions to access the spine, reducing the disruption to the surrounding muscles. When muscles are less affected, patients experience less post-operative pain and swelling. Moreover, this reduced muscle disruption plays a crucial role in facilitating a faster recovery. Patients can often start mobilizing earlier and return to their normal daily activities more quickly compared to traditional surgical methods that involve more invasive approaches.

Complete System

The 3.5mm USS System truly shines in its comprehensiveness. It offers a wide array of implants such as pedicle screws, hooks, connectors, and cross-links. This diverse range provides surgeons with remarkable versatility. For different surgical scenarios, whether dealing with complex spinal deformities, fractures at various locations, or different types of instabilities, surgeons can select the most appropriate combination of implants. This ability to customize the fixation based on the specific surgical needs ensures that the treatment is tailored precisely to each patient’s condition, maximizing the chances of a successful outcome.

Advanced Technology

Leveraging cutting-edge materials and incorporating innovative design features, the 3.5mm USS System stands out in terms of its quality. The choice of materials guarantees exceptional biocompatibility, meaning that the body’s tissues accept the implants without adverse reactions. Additionally, the materials possess the necessary strength to withstand the forces exerted on the spine during normal movements and activities. The design features further enhance the system’s stability, ensuring that once the implants are in place, they firmly hold the vertebrae in position, providing reliable fixation. This combination of biocompatibility, strength, and stability is essential for effectively treating a wide range of spinal pathologies.

Benefits of the 3.5mm USS System

Improved patient outcomes through minimally invasive surgery: The minimally invasive nature of the system leads to less trauma during the surgical process. As a result, patients tend to have fewer complications, experience less pain, and recover more rapidly. This ultimately translates to better overall outcomes, allowing them to regain normal spinal function and resume their regular lives with greater ease.
Enhanced surgical efficiency through a comprehensive implant selection: Surgeons are empowered with a broad selection of implants within the system. This enables them to plan and execute surgeries more efficiently, as they can quickly choose the right components based on the specific requirements of each case. The ability to adapt to different spinal pathologies without having to source additional or incompatible implants streamlines the surgical process and improves the likelihood of a successful operation.
Reliable fixation for a wide range of spinal pathologies: Whether it’s dealing with fractures, deformities, or instabilities in the spine, the 3.5mm USS System provides dependable fixation. Its combination of advanced technology and a complete set of implants ensures that the vertebrae are stabilized effectively, creating an optimal environment for bone healing and spinal recovery. This reliability gives both surgeons and patients confidence in the treatment approach for various spinal conditions.

How Does a 3.5mm USS System Work?

The 3.5mm USS (Upright Spinal System) is a highly specialized surgical tool that plays a pivotal role in orthopedic procedures focused on the spine. Its primary function is to provide stability and ensure proper alignment of the spinal column.

Here’s a simplified breakdown of its working mechanism:

Insertion

The process of inserting the 3.5mm USS System begins with the creation of small incisions on the patient’s back. These incisions are deliberately kept as minimal as possible to reduce trauma to the surrounding tissues. Once the incisions are made, specialized surgical instruments are then employed to carefully create tunnels within the bone. This step requires a high level of surgical skill and precision, as the tunnels need to be accurately positioned to ensure the proper functioning of the subsequent components of the system.

Rod Placement

Following the creation of the tunnels, a 3.5mm diameter rod is inserted into them. This rod serves as a fundamental element of the entire construct, playing a crucial role similar to that of a backbone. It provides overall stability to the spine by distributing the forces that act upon it during normal body movements and activities. The rod’s placement is carefully executed to ensure it aligns optimally with the spinal anatomy, laying the foundation for the attachment of other implants.

Attachment of Implants

After the rod is in place, various implants such as screws and hooks are attached to it. These implants are strategically placed to engage with the bony structures of the spine. Surgeons use their expertise to position these components precisely, ensuring that they firmly grip the vertebrae and contribute to the stability of the spinal construct. Each implant placement is critical in creating a unified and stable system that can effectively address the specific spinal condition being treated.

Compression and Stabilization

Once all the necessary implants are attached, the next step involves tightening them. This tightening action has two important purposes. Firstly, it compresses the fracture segments, which helps to bring the damaged parts of the spine closer together. This compression is beneficial for promoting bone healing as it creates an environment where the bone can regenerate more effectively. Secondly, it restores the spine’s natural alignment, correcting any deformities or misalignments that may have occurred due to the spinal condition or injury.

Fusion

Over time, a remarkable process occurs around the implants. The bone tissue gradually heals and grows, eventually creating a solid fusion. This fusion further stabilizes the spine, making it stronger and more resilient. It marks the successful integration of the 3.5mm USS System into the body’s natural structure, allowing patients to regain normal spinal function and enjoy improved quality of life.

Key Advantages of the 3.5mm USS System

Minimal Invasiveness: One of the standout features of this system is its minimal invasiveness. The use of smaller incisions significantly reduces tissue damage compared to more traditional surgical approaches. With less trauma to the muscles, soft tissues, and skin, patients experience less pain and swelling after the surgery. Moreover, this leads to a quicker recovery period, enabling them to return to their daily activities and rehabilitation regimens sooner.
Versatility: The 3.5mm USS System showcases remarkable versatility in that it can be utilized to treat a wide variety of spinal conditions. Whether dealing with fractures resulting from accidents or osteoporosis, spinal deformities like scoliosis or kyphosis, or instabilities caused by degenerative changes, this system offers a reliable solution. Surgeons can adapt the configuration of the implants and the overall setup to suit the specific needs of each patient’s unique spinal situation.
Precision: The small diameter of the instruments associated with this system allows for highly precise placement. This precision is essential in spinal surgeries, where even a slight misalignment or incorrect positioning of implants can have significant implications for the outcome. The ability to accurately create tunnels, insert the rod, and attach the implants ensures that the spinal construct is optimally configured, maximizing the effectiveness of the treatment and minimizing the risk of complications.
Durability: The implants used in the 3.5mm USS System are meticulously designed to provide long-lasting stability. They are constructed from materials that can withstand the continuous mechanical stresses and strains that the spine endures over time. This durability ensures that the spine remains stable and supported for an extended period, reducing the likelihood of implant failure or the need for additional surgeries down the line, and giving patients confidence in the long-term success of their treatment.

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Leading Manufacturer of
3.5mm USS System

3.5mm USS System

ZMD
Orthopedic Products

Haven't been able to locate the product you're searching for yet?

If you're interested in more orthopaedic implant products, feel free to get in touch with our ZMD consultants.

What is the 3.5mm USS System?