Betamed Pedicle Screw Polyaxial with Cap
The Betamed Pedicle Screw Polyaxial with Cap is a highly advanced spinal fixation component engineered to deliver secure, stable, and versatile fixation across thoracic, lumbar, and sacral spinal segments. Its polyaxial head designenables multi-directional angulation, allowing the surgeon to align the rod easily even in anatomically challenging cases.
Manufactured from medical-grade Titanium Alloy (Ti-6Al-4V) or SS316L, this implant offers exceptional biocompatibility, corrosion resistance, and mechanical strength. The self-tapping and self-drilling screw designensures firm bone purchase, while the low-profile cap provides reliable locking and minimizes prominence under soft tissue.
Engineered for precision and performance, Betamed Pedicle Screws are compatible with a wide range of rod diameters and fixation systems, ensuring maximum surgical flexibility and patient safety.
Key Features of Betamed Pedicle Screw Polyaxial with Cap
- Polyaxial Head Design: Allows multi-directional movement for precise rod alignment.
- Enhanced Fixation: Self-tapping and self-drilling design ensures excellent bone anchorage.
- Biocompatible Construction: Available in Titanium Alloy (Ti-6Al-4V) and SS316L.
- Low-Profile Cap: Reduces soft tissue irritation and ensures secure rod locking.
- Corrosion Resistant: Withstands long-term physiological conditions.
- Radiopaque Design: Enables clear intraoperative and postoperative imaging.
- Optimized Thread Geometry: Provides strong pull-out resistance and stable fixation.
- Minimally Invasive Compatible: Designed for use in both open and MIS procedures.
- Long-Term Durability: Maintains structural integrity under dynamic spinal loads.
- Versatile Applications: Suitable for trauma, deformity, tumor, and degenerative spine indications.
Clinical Application
The Betamed Pedicle Screw Polyaxial with Cap is intended for use in posterior spinal fixation and stabilization of the thoracic, lumbar, and sacral spine. It is indicated for patients requiring stabilization and fusion due to degenerative disc disease, fractures, spondylolisthesis, deformities, or tumor-related spinal instability. The polyaxial mechanism enables flexible construct assembly, promoting accurate alignment and efficient correction. The device is intended for implantation by qualified orthopedic or neurosurgeons trained in spinal instrumentation.
Specifications
Length: 25mm – 55mm
Material: SS316L / Titanium Alloy (Ti-6Al-4V)
| Cat No. | Specifications | Cat No. | Specifications |
| VL-3-4525Ti | Ø4.5mm x 25mm | VL-3-6025Ti | Ø6.0mm x 25mm |
| VL-3-4530Ti | Ø4.5mm x 30mm | VL-3-6030Ti | Ø6.0mm x 30mm |
| VL-3-4535Ti | Ø4.5mm x 35mm | VL-3-6035Ti | Ø6.0mm x 35mm |
| VL-3-4530Ti | Ø4.5mm x 40mm | VL-3-6040Ti | Ø6.0mm x 40mm |
| VL-3-4545Ti | Ø4.5mm x 45mm | VL-3-6045Ti | Ø6.0mm x 45mm |
| VL-3-4550Ti | Ø4.5mm x 50mm | VL-3-6050Ti | Ø6.0mm x 50mm |
| VL-3-5025Ti | Ø5.0mm x 25mm | VL-3-6055Ti | Ø6.0mm x 55mm |
| VL-3-5030Ti | Ø5.0mm x 30mm | VL-3-6525Ti | Ø6.5mm x 25mm |
| VL-3-5035Ti | Ø5.0mm x 35mm | VL-3-6530Ti | Ø6.5mm x 30mm |
| VL-3-5040Ti | Ø5.0mm x 40mm | VL-3-6535Ti | Ø6.5mm x 35mm |
| VL-3-5045Ti | Ø5.0mm x 45mm | VL-3-6540Ti | Ø6.5mm x 40mm |
| VL-3-5050Ti | Ø5.0mm x 50mm | VL-3-6545Ti | Ø6.5mm x 45mm |
| VL-3-5055Ti | Ø5.0mm x 25mm | VL-3-6550Ti | Ø6.5mm x 50mm |
| VL-3-5525Ti | Ø5.5mm x 25mm | VL-3-6555Ti | Ø6.5mm x 55mm |
| VL-3-5530Ti | Ø5.5mm x 30mm | VL-3-7025Ti | Ø7.0mm x 25mm |
| VL-3-5535Ti | Ø5.5mm x 35mm | VL-3-7030Ti | Ø7.0mm x 30mm |
| VL-3-5540Ti | Ø5.5mm x 40mm | VL-3-7035Ti | Ø7.0mm x 35mm |
| VL-3-5545Ti | Ø5.5mm x 45mm | VL-3-7040Ti | Ø7.0mm x 40mm |
| VL-3-5550Ti | Ø5.5mm x 50mm | VL-3-7045Ti | Ø7.0mm x 45mm |
| VL-3-5555Ti | Ø5.5mm x 55mm | VL-3-7050Ti | Ø7.0mm x 50mm |
| VL-3-7055Ti | Ø7.0mm x 55mm |
