Surgical navigation system

About autoplan

Surgical navigation system

AUTOPLAN - Surgical navigation system

The AUTOPLAN surgical navigation system (RU RZN 2019/8153 of 28.05.2019) belongs to high-tech medical care equipment.

It is based on the principle of infrared tracking, which has no negative impact on the medical staff or the patient.

Innovative navigation and intraoperative imaging technology helps surgeons effectively plan and perform operations with extreme accuracy. The intuitive interface helps accelerate the processes in the operating room.

The system allows the surgeon to continuously monitor surgical instruments in relation to the patient’s anatomical structures, avoiding damage to functionally significant areas and to display them in real time on the monitor screen.

Areas of application

The system is designed for clinical and diagnostic centers, hospitals and other healthcare institutions.

Neurosurgery
  • identification of the neoplasm location
  • trajectory guidance for hematoma puncture
  • positioning that takes into account functionally significant areas of the brain
See photo
Endocrine surgery
  • individualized approach to surgical treatment of parathyroid disorders
  • topical diagnostics and intraoperative visualization of parathyroid adenoma
See photo
Thoracic surgery and traumatology
  • preoperative detailed planning to identify specific anatomical structures and detect fracture zones
  • intraoperative visualization of multiple rib fractures with dislocation of fragments and diastasis
See photo
Spinal surgery
  • assessing the direction and depth for subsequent installation of screws
  • tracking surgical instruments while deploying navigation
  • possibility of using multiple instruments
See photo

Advantages

detailed operation
planning

enhanced precision of
surgical treatment

reduced surgical risks and
postoperative complications

minimised area
of surgical access

surgery trajectory
planning

intraoperative
control

visualization of anatomical structures
using cross sections and 3D models

assessing resection
volume

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    The composition of the complex

    Equipment to be delivered

    Mobility

    The AUTOPLAN stand is easy to move — it has four wheels, brake clamps on each of the wheels make it possible to securely fix the position of AUTOPLAN in the operating room.

    Integration into the operating room

    It is possible to flexibly integrate the system into the operating room, taking into account its characteristics, including the possibility to remove the stereo camera from the AUTOPLAN rack and fix it separately.

    Stereo camera configuration

    The adjustment of the stereo camera can be performed by AUTOPLAN specialists or by specially trained service engineers of a medical institution.

    Working with the system

    Functionality

    PLANNING

    Based on CT and/or MRI scan data the relevant anatomical structures are contoured (segmented) and personalized 3D models are built.

    Data visualization using three-dimensional modeling allows a surgeon to plan a surgical intervention, form a detailed plan of the operation, outline the surgical trajectory and calculate its length.

    WORKING WITH THE SYSTEM

    The work of the navigation system begins with the registration procedure, i.e. combining a real object with a personalized 3D model. The movement of the pointer on the 3D model and on a cross sections corresponds to the real movement of the navigation pointer in space.

    The surgeon uses wireless pedals to switch between navigation modes.

    CONTROL

    At any stage of the operation, an intraoperative control of the surgical intervention, clarification and correction of the direction is performed with the help of a navigation pointer.

    The AUTOPLAN system allows the surgeon to determine the shortest distance from the tip of the navigation pointer to a relevant anatomical structure.

    Navigation features

    Viewing

    Viewing data at the position of the tip of the navigation tool

    Calculation

    Calculating the shortest distance to the relevant anatomical structure in accordance with the position of the tip of the navigation instrument

    Assessment of direction

    Virtual extension of the navigation tool to assess the direction of work without changing the position of the tool

    Contouring

    Contouring the cross sections in line with the position of the navigation tool

    Tracking

    Tracking changes in the position of the navigation tool and its continuation line on a personalized 3D model and on cross sections

    Viewing

    Viewing data at the position of the tip of the navigation tool

    Calculation

    Calculating the shortest distance to the relevant anatomical structure in accordance with the position of the tip of the navigation…

    Assessment of direction

    Virtual extension of the navigation tool to assess the direction of work without changing the position of the tool

    Contouring

    Contouring the cross sections in line with the position of the navigation tool

    Tracking

    Tracking changes in the position of the navigation tool and its continuation line on a personalized 3D model and on…

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