Innovative Regenerative Medicine Technologies

Navigation system

3D robot-navigator

3D robot-navigator developed for precise planning of surgical access to the spine and joints. Analyzes MRI and CT data, creating a three-dimensional model of the patient's anatomy.

Positioning accuracy up to 1° angle and 1 mm depth
Individual surgical plan for each patient
Eliminates damage to nerves and vessels
Works in tandem with

Ultrasound guidance

Ultrasound manipulator

Ultrasound navigation system for real-time visualization of all procedure stages. Ensures safe access to joints and spine without X-ray radiation exposure to the patient.

Real-time tissue visualization
No X-ray radiation
Control of concentrate injection with millimeter precision
Combined navigation with

CGF concentrate

Concentrated Growth Factors

Autologous concentrate from the patient's venous blood, containing a high concentration of growth factors, cytokines, and CD34+ stem cells. Triggers a cascade of regenerative processes in damaged tissues.

Produced from the patient's own blood (20-60 ml)
Growth factor concentration 5-10 times higher than PRP
Contains CD34+ stem cells for regeneration
100% autologous material

MFAT

Mesenchymal stem cells

Concentrate of mesenchymal stem cells extracted from the patient's subcutaneous adipose tissue using micro-lipoaspiration. These cells are capable of differentiating into various tissue types.

Differentiation into chondrocytes (cartilage), osteocytes (bone), tenocytes (tendons)
Harvested through 2-3 mm puncture under local anesthesia
Combination with CGF enhances regenerative effect
Used for treating stage 3-4 osteoarthritis

Micro-dimensional instrumentation

A clinic specialist developed a set of micro-instruments for working through punctures of 0.3-1.5 mm — smaller than the diameter of a standard syringe needle. This fundamentally distinguishes regenerative treatment from arthroscopy (5-10 mm) and open surgery (40-100 mm).

0.3-1.5 mm endoscopes

Visualization of internal spine and joint structures without tissue destruction. Access to areas unreachable by standard instruments.

Microcannulas for delivery

Special cannulas for precise delivery of regenerative concentrates to the damage zone — discs, joints, tendons, nerves.

Combined Navigation

The navigation system determines the entry point and trajectory, monitors the process in real time. Dual navigation eliminates error.

How the regenerative procedure is performed

3D Planning

The navigation system analyzes MRI/CT and creates an individual 3D model. Access points, angle, and insertion depth are determined.

Biomaterial Harvesting

From vein — 20-60 ml blood for CGF. From subcutaneous adipose tissue — micro-lipoaspiration for MFAT. All under local anesthesia.

Concentrate Preparation

Blood is centrifuged according to CGF protocol. Adipose tissue is processed with MFAT system. Entire process — 30-40 minutes.

Delivery under Navigation

Ultrasound guidance visualizes tissues in real time. Concentrates are delivered precisely to the damage zone through micropunctures 0.3-1.5 mm.

Regenerative procedure photos

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