Botão de Fechamento de Crânio Ti Não Estéril

A medical implantable device designed to stabilize and restore cranial functions in cases of traumatic brain injury, brain tumors, and other conditions requiring fixation of cranial bone segments. The device functions through fixation of bone segments using low-profile plates and threaded screws made from high-quality materials to ensure efficacy and resistance during post-operative recovery.

Button Ti is a titanium implant component designed for orthopedic surgical applications, including knee and shoulder procedures. This device provides secure fixation and structural support in joint reconstruction and repair surgeries.

Cranial fixation module for neurosurgical and orthopedic procedures. Provides secure stabilization of bone segments during surgical interventions.

Disposable cranial perforator designed for neurosurgical procedures requiring controlled skull perforation. Features adjustable pressure settings with dual-scale readings and closed drainage system to minimize infection risk and prevent excessive cerebrospinal fluid drainage during cranial surgery.

Titanium surgical clips for minimally invasive procedures and open surgery applications. Provides secure tissue approximation with biocompatible material.

Precision cranial drilling instruments available in ceramic, tungsten carbide, and titanium alloy for neurosurgical procedures with tolerances to ±0.5μm.

Endoscopic instrument for applying titanium clips to achieve hemostasis and tissue approximation during laparoscopic surgical procedures.

Titanium and biocompatible plating systems for craniomaxillofacial osteosynthesis procedures. These implants provide rigid fixation for skull and facial bone reconstruction.

Instrumental kit template designed for cranioplasty procedures, providing organized instrumentation for cranial reconstruction surgery. Includes sterile, ready-to-use components that streamline surgical workflow and ensure consistent instrument availability during neurosurgical interventions.

Precision-manufactured titanium implants for orthopedic and neurosurgical applications produced using specialized fabrication techniques and quality control.

Surgical instruments for skull perforation with non-skid tips and inner drill design to prevent bone particle accumulation. Features controllable start/stop functionality for precise neurosurgical applications.

Specialized drill for neurosurgical procedures including craniotomy. Provides precise bone drilling for skull and brain access.