Occipital Bone Rod

A posterior screw-rod system designed for occipitocervicothoracic spine fixation and stabilization.

A spinal implant component used in conjunction with screws and other spine fixation devices for orthopedic surgical procedures. Part of the spine implants product line manufactured to high quality standards.

Regenerative bone rod for orthopedic fixation and bone reconstruction. This absorbable bioactive implant induces bone regeneration while providing structural support during the healing process. Designed for internal fixation applications in spine and trauma surgery, the rod gradually resorbs as new bone forms, eliminating the need for removal surgery.

Posterior cervical rod system for stabilization and fusion in cervical spine surgery. Designed for posterior cervical fixation procedures to provide rigid fixation and alignment correction in degenerative disc disease, trauma, and instability cases.

A bone fusion rod product designed to support bone regeneration and healing in orthopedic surgical procedures. This device is utilized in joint trauma and bone fixation applications.

Complete rod fixation system for spinal stabilization and alignment correction. Supports various spinal pathologies including deformity, degenerative disease, and trauma.

A posterior fixation system combining screws and rods for occipital, cervical, and thoracic spine stabilization. Used for complex spinal deformity and trauma management.

Metal rods used in conjunction with pedicle screws for spinal fusion and stabilization procedures. Connects multiple vertebral fixation points to provide structural support.

Coupling devices that connect spinal rods to enable multi-level fixation and load distribution. Supports complex spinal stabilization procedures.

A surgical rod designed for fibula fixation and stabilization in orthopedic procedures.

A bone marrow decompression rod designed for orthopedic surgical applications. This device is used in procedures related to joint trauma and bone treatment.

Connecting rods for linking multiple spinal fixation points in segmental spinal fusion procedures. Available in various materials and diameters for different anatomical requirements.