Lipocube™ Nano-Fat Transfer

Lipocube™ is an innovative, patented technological breakthrough in cellular regeneration and autologous fat grafting. Designed to process harvested fat into nano-fat specifically optimized for tissue transplantation, this system was developed by medical scientists in collaboration with leading plastic surgeons.

New at the Clinic!

Nano-fat grafting and stem-cell-driven regenerative therapies are currently applied not only in aesthetic medicine, but also across other medical specialties such as orthopedics, cardiology, and vascular surgery. However, traditional methods of isolating regenerative cells in laboratory facilities typically take weeks and involve high costs—factors that historically restricted widespread clinical application. A dramatic shift occurred with the discovery that stem cells can be harvested directly from adipose tissue, turning fat into a reliable, rich, and highly efficient source of regenerative cells.

The Lipocube™ Nano device processes adipose tissue within a completely closed, sterile system using patented micro-blades and selective filtration of fibrous tissue. The processed nano-fat retains delicate stromal vascular fraction (SVF) structures containing adipose-derived stem cells—regenerative elements that accelerate graft integration and enhance tissue repair at the injection site. The entire processing sequence with Lipocube™ takes only a few minutes from harvest to injection readiness!

Key Advantages:

  • Significant time efficiency – rapid processing within minutes
  • High stem cell yield – preserves maximal cell viability and SVF content
  • Closed sterile system – ensures complete sterility and safety
  • Clinically validated – tested and adopted by world-leading plastic surgeons

Fat processed with the Lipocube™ system is utilized for soft tissue volumetric augmentation across the face and body. These injections effectively address age-related volume loss, fill sunken contours, augment lips, and correct various aesthetic asymmetries and structural deformities.

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