Are applied in:

neurosurgery,

oncology,

traumatology-orthopedics,

Otolaringology,

Maxillofacial surgery.

For:

- puncture biopsies of the brain;

- resection of the brain lesions, various operations on the spine;

- Knee and hip arthroplasty and other surgical interventions;

- requiring increased accuracy and reduced intraoperative trauma.

Benefits
As a result of R&D there will be created a surgical navigation station meeting international standards. Taking into account the lower price, this will fully satisfy the need in the Russian market and reduce the cost of purchasing and servicing.

Specifications
The station consists of several functional modules mounted on a mobile rack. Allows to conduct operations in two modes - electromagnetic and optical. The principle of operation is based on tracking the position of surgical instruments due to the electromagnetic field or optically. The station will be able to synchronize with surgical equipment, download CT data, MRI, X-ray, ultrasound and build a generalized 3D model, preoperative planning, including remote. Modern surgical navigation stations guide a surgeon to through the complex anatomy during operations and with minimal trauma to the surrounding tissue to carry out surgical manipulations.

Composition

The composition of the product:

1. Block navigation system:

computer unit necessary configuration;

specialized software (separate software modules for each application) allowing high-performance processing of 3D images.

2. Visualization system:

touch monitor surgeon;

sterile monitor case;

additional screen assistant.

3. The system of registration of the position of the object and localization of tools:

a complex of infrared cameras (stand);

electromagnetic module.

4. Toolsets for the functional area:

sets with electromagnetic sensors for use in electromagnetic mode;

kits with markers for use in optical mode