3.0mm Titanium Pedicle Screws for Small Animal Spine, Veterinary Spine Fixation, Neurosurgery veterinary dog and cats

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The Titanium Veterinary Pedicle Screw features a universal polyaxial head structure that allows the screw head to adjust relative to the screw shaft. This design gives surgeons greater freedom when connecting the screw to rods or fixation components, especially in cases where vertebral anatomy is irregular or screw trajectories are difficult to align.

With 30° circumferential freedom and 45° local angular freedom, the screw can accommodate different implantation angles while maintaining stable fixation. The negative-angle locking mechanism further enhances locking strength after final tightening, helping create a secure and reliable construct for veterinary spinal stabilization.

This unique head-shaft design improves intraoperative flexibility, reduces the difficulty of rod placement, and provides a more adaptable solution for pets with different spinal conditions.

SKU: 115-001-30XXX Category:

Veterinary Spinal Fixation System

3.0mm Titanium Spinal Pedicle Screws

Neurosurgery Surgery for Dogs and Cats

Package: 1pcs per package

Raw Material: Ti-6Al-4V

Size: 3.0mm

Application: animal spine stabilization,neurosurgery veterinary dog and cats

Non-sterilization products

Titanium Veterinary Spinal Screws

Our Titanium Veterinary Spinal Screws are designed for spinal stabilization and fixation procedures in small animal orthopedic and neurosurgical applications.

Manufactured from medical-grade Ti6Al4V titanium alloy, these screws provide reliable anchorage, excellent biocompatibility, and long-term fixation stability, making them suitable for canine and feline spinal procedures where precise implant placement and strong mechanical support are required.

They are commonly used as part of spinal fixation systems to assist in stabilizing vertebral fractures, luxations, instability, or selected reconstructive procedures.

Key Features & Surgical Benefits

○ Wide Range of Sizes:   Available in five diameters:  φ1.8,  φ2.5,  φ3.0,  φ3.5,  and φ4.5. Suitable for different species and sizes of animals.

○ Complete Instruments Set:   Comes with a full set of ergonomic instruments,  making the surgery easier and more efficient.

Polyaxial Adjustable Screw Head:
The universal screw head design allows 30° circumferential freedom and 45° local angular freedom, giving surgeons greater flexibility when adjusting screw angle and connecting the rod.

Stable Self-Locking Mechanism:
The screw cap and screw head feature a negative 5° locking thread design, creating a secure wraparound locking effect. The tighter the cap is fastened, the stronger the locking force becomes.

Self-Tapping Screw Body:
The self-tapping design allows easier insertion after cortical bone preparation, helping simplify the surgical procedure and reduce the need for additional tapping steps.

Double-Thread Design:
The unique double-thread structure improves insertion efficiency and enhances fixation stability between the screw and the vertebral pedicle.

Secure Vertebral Fixation:
Optimized thread geometry provides strong bone purchase, helping maintain spinal alignment and stability during the healing period.

Indications for Surgery: When to Use Titanium Spinal Screws

Veterinary orthopedic and neurology surgeons utilize Ti6Al4V spinal screw-rod fixation systems for these severe small animal spinal pathologies:
  1. Intervertebral Disc Disease (IVDD)
    Chronic, recurrent disc herniation unresponsive to medical management, requiring ventral slot / dorsal laminectomy + spinal stabilization.
  2. Vertebral Fractures & Luxations
    Traumatic pedicle, body or articular process fractures; vertebral subluxation/luxation with spinal cord compression.
  3. Congenital Spinal Deformities
    Scoliosis, kyphosis, hemivertebra, vertebral malformation causing progressive neurological deficits or pain.
  4. Failed Prior Spinal Surgery
    Loosened implants, incomplete fusion, recurrent spinal instability after previous decompression or fixation procedures.
  5. Degenerative Spinal Myelopathy / Chronic Instability
    Degenerative lumbosacral stenosis, facet joint osteoarthritis leading to vertebral slippage and progressive hindlimb weakness.
  6. Neoplastic Vertebral Lesions
    Partial vertebrectomy for spinal tumors requiring segmental vertebral reconstruction and permanent stabilization.

 

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26mm

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Weight 1 kg
Dimensions 21 × 11 × 6 cm
Size

14mm, 16mm, 18mm, 20mm, 22mm, 24mm, 26mm, 28mm, 30mm

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