Sistemas Estereotáxicos

High-precision stereotactic system for neurosurgical navigation and targeting. Enables accurate surgical planning and execution in intracranial procedures.

High-precision stereotactic systems for neurosurgical guidance and positioning during brain procedures. These systems enable accurate patient positioning and surgical navigation with millimeter-level precision. Designed for use in operating rooms and surgical centers across multiple countries.

Noninvasive precision technology platforms for personalized stereotactic radiosurgery treatment. These systems deliver high-precision radiation to brain and other targets with minimal invasion.

Innovative implant systems for neurosurgical procedures including intracranial stabilization and fixation. Engineered to support complex central nervous system surgical interventions.

Stereotactic frame system designed for precise neurosurgical procedures requiring millimeter-level accuracy. Includes reusable frame components and sterile disposable accessories for safe patient positioning during image-guided brain surgery. Enables controlled access to intracranial targets with minimal tissue trauma.

Cranial stabilization and retractor systems designed for neurosurgical procedures to maintain patient head positioning and provide surgical field exposure. These instruments enable precise access during intracranial interventions while minimizing tissue trauma. Manufactured with precision-engineered components for reliability in demanding surgical environments.

Neuronavigation system providing optical positioning guidance for precise neurosurgical interventions and tumor resection procedures.

Electronic control and monitoring systems for endoscopic spinal surgery platforms, providing real-time imaging guidance and instrument control during minimally invasive procedures.

Neurosurgical power systems designed for cranial and spinal procedures, providing precision motorized drilling and cutting capabilities. These surgical tools deliver controlled power output for bone removal, implant placement, and tissue dissection in neurosurgical applications. Systems include handpieces, burrs, and accessories engineered for sterility and reliability in operating room environments.

Precision-driven surgical instrument system designed for neurosurgical procedures requiring controlled bone and tissue manipulation.

A precise and minimally invasive stereotactic system for neurosurgical guidance and targeting. The AimSystem enables accurate navigation and positioning during stereotactic procedures with enhanced safety and control.

A specialized minimally invasive device system for ear, nose, and throat surgical applications. The technology platform enables precise and safe ENT procedures using advanced intervention techniques.