LIPOMINE

Autologous fat grafting.

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Unrivalled Stromal Cells.

Autologous fat grafting is a minimally invasive, non-surgical procedure in which adipose tissue, rich in mesenchymal stem cells is harvested from the stomach or leg, processed to create a fat rich in stem cells, and finally injected to add volume and healing; giving long-term - if not permanent - results. By simply using existing fat tissue for regeneration, it provides a long-term - if not permanent - treatment that has almost a zero risk of adverse reaction.

Lipoaspiration

First, the adipose tissue is harvested from the patient, consisting of triglyceride, the fat layer, the tumescent solution and RBC remnant.

Micronization

The triglyceride and tumescence is discarded and the fat is cut with the specially designed microlyzer blades. The solution can be processed to be millifat, microfat and nanofat, which have different properties.

Injection

After processing through the correct number of microlyzers, the adipose is injected for the procedure. Milifat is a thick fat used for filling applications, microfat is used for deep wrinkles and general aesthetic appearance, and nanofat is used for superficial dermal and hair regeneration.

STUDIES AND RESEARCH

  • "An enzyme-free technique enables the isolation of a large number of adipose-derived stem cells at the bedside."

    Alper Murat Ulaşlı , MD, Prof.

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  • "Lipofilling Enriched with Adipose-Derived Mesenchymal Stem Cells Improves Soft Tissue Deformities and Reduces Scar Pigmentation".

    Pietro Gentile, MD, Prof.

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  • "New perspectives in regenerative medicine and surgery: the bioactive composite therapies (BACTs)"

    Michele L Zocchi, MD, Prof.

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Unlike similar systems, Lipomine's patented microlyzer technology cuts the adupose with greater precision and mazimises tissue vitality and the number of free SVF cells in its field.

*At IFATS 2019 Marseille, France Congress, taken from Dr. Jeremy Magalon's unbiased benchmark presentation.

Unlike similar systems, Lipomine's patented microlyzer technology cuts the adupose with greater precision and mazimises tissue vitality and the number of free SVF cells in its field.

*At IFATS 2019 Marseille, France Congress, taken from Dr. Jeremy Magalon's unbiased benchmark presentation.

For Osteogenic, Chondrogenic and Adipogenic Differentiation

The differentiation adipose-derived mesenchymal stem cells (ADMSC) obtained from Microlyzer technology is as follows. Adipogenz was demonstrated by the accumulation of lipid vacuoles stained with Oil Red O. Chondrogenesis was demonstrated by accumution of sulfated proteoglycan-rich matrix stained with Safranin-O. Osteogenesis was demonstrated by Alizarin Red staining of extracellular matrix calcification.

For Osteogenic, Chondrogenic and Adipogenic Differentiation

The differentiation adipose-derived mesenchymal stem cells (ADMSC) obtained from Microlyzer technology is as follows. Adipogenz was demonstrated by the accumulation of lipid vacuoles stained with Oil Red O. Chondrogenesis was demonstrated by accumution of sulfated proteoglycan-rich matrix stained with Safranin-O. Osteogenesis was demonstrated by Alizarin Red staining of extracellular matrix calcification.

CFU (Colony Forming Units)

Colony-formed images of mesenchymal stem cells obtained form the Microlyzer device

CFU (Colony Forming Units)

Colony-formed images of mesenchymal stem cells obtained form the Microlyzer device

BEFORE AND AFTER PHOTOS

One session of the Lipomine Kit.

Before After

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