PEEK Cranial Fixation Plate Straight Two-Hole

Fixation plate for mandibular fracture reconstruction. Provides rigid stabilization of mandibular segments in orthognathic and trauma surgery.

A cranial fixation system made from PEEK material, offering excellent biocompatibility and biomechanical properties that align with the skull's characteristics. It is designed for cranial bone repair and reconstruction in neurosurgical procedures.

Patient-specific PEEK cranial implant designed to reconstruct bony defects in the skull and craniofacial skeleton. Provides rigid structural support with anatomical fit for dura repair and cranial reconstruction. Features adjustable drainage control with double-scale pressure readings and siphon prevention to reduce infection risk.

Design aligned with anatomy • optimized anatomical profile • fit to a wide range of anatomies • facilitated anatomical reduction Multiple plate options • 4 types of plates are offered: - proximal plates with two epiphyseal sizes - trochanteric plates with two epiphyseal sizes • left and right plates • different lengths Transverse holes • for cerclage wiring Hooks in epiphyseal part • additional implant and bone fragments stabilization Reinforced plate profile • increased thickness • dedicated for periprosthetic fractures Chamfered plate borders • minimized soft-tissue irritation • improved stress distribution Beveled tip • easy percutaneous insertion Anatomically directed screws • pre-defined direction for stable bone immobilization around the prosthesis stem • collision-free insertion Locking hole design • the screws heads do not protrude above the surface of the plate what significantly reduces tissue irritation • increased strength of the screw-to-plate threaded connection K-wire holes • facilitated plate positioning over the prosthesis • provisional plate positioning Multiple screw options • non-locking and locking screw gives multiple configuration for individual cases • each locking hole accepts all types of screws

Customized PEEK cranial implants designed for skull reconstruction and craniofacial defect repair. Each implant is individually fabricated to achieve optimal anatomical fit and rigid bony support. Features include simple application, closed drainage system with dual-scale pressure monitoring, and adjustable locking mechanism to prevent excessive drainage and infection.

A series of cranial fixation plates manufactured from polyetheretherketone (PEEK) material for securing and stabilizing bone flaps and cranial defects during neurosurgical procedures.

A series of cranial fixation plates manufactured from polyetheretherketone (PEEK) material for bone reconstruction and stabilization in neurosurgical procedures. These implants are used to secure bone segments and support cranial reconstruction following surgical intervention.

Radiolucent head fixation system manufactured from polyetheretherketone (PEEK) material for intraoperative imaging compatibility. Enables unobstructed visualization during fluoroscopy and navigation-guided procedures.

Specialized plates for cranial fracture fixation and reconstruction. Engineered to provide stable fixation of cranial bone fragments.

PEEK bone screw for orthopedic and spinal fixation procedures. Manufactured from biocompatible polyetheretherketone (PEEK) polymer, offering radiolucency for improved postoperative imaging and reduced stress shielding compared to metallic implants. Suitable for vertebral fusion, trauma repair, and reconstructive orthopedic applications.

Customized cranial implants manufactured from PEEK material, individually designed for each patient to replace bony voids in the cranial and craniofacial skeleton. These implants provide strong, rigid reconstruction with excellent anatomical fit and contour for post-operative cranial reconstruction.

Craniomaxillofacial plates and screws for surgical fixation and stabilization of facial bone fractures and reconstructive procedures. These implants provide rigid fixation in mandibular, maxillary, and other facial skeletal structures. Manufactured to orthopedic standards for trauma and reconstructive surgery applications.