Procedure

    1 | INFILTRATION

    Infiltration is performed by injecting 60 cc of Klein solution (normal saline – adrenaline – lidocaine) into the donor site to enable a safe and painless harvest of autologous adipose tissue.
    The Tumescence Infiltration Cannula features small, multiperforated openings strategically oriented to allow uniform 360-degree distribution of the solution throughout the donor area.

    → Outer Diameter (OD): 2.1 mm
    → Length: 15 cm

    2 | FAT HARVESTING

    Using dedicated Carraway cannulas, 15-20 cc of subcutaneous fat is harvested.
    This adipose tissue is essential for the preparation of NanoFat and MicroFat, both of which are key components in regenerative medicine applications.
    The cannula features non-linear port arrangements near its tip, designed to optimize fat collection.The syringes are equipped with vacuum lock.

    3 | GRAVITY DECANTATION (3–5 min)

    Use the Nanofat filter as support for the collection syringe.
    The tissue is allowed to decant to separate unwanted fractions and isolate the functional fraction, which is rich in mesenchymal stem cells. This process avoids the use of centrifugation, preserving the vitality of the cells.

    Lipid Layer (Supernatant):
    Oily upper layer

    Adipose Tissue:
    Middle layer of golden fat which is desired

    Fluid Solution Layer (Infranatant):
    Lower red layer (infranatant) containing blood and tumescent solution, which is unwanted.

    → Before decantation, remove any excess air.
    → Then use the Nanofat filter as support.
    → Allow the adipose tissue in the syringe to decant by gravity for 3 to 5 minutes.
    → Expel the fluid layer beneath the fat (subnatant fluid).

    4 | PROGRESSIVE FILTERING

    The tissue is progressively micronized until NanoFat is obtained, a fluid and regenerative suspension. This material is particularly indicated for the treatment of conditions characterized by chronic tissue damage, mucosal atrophy, and fibrosis, such as: Severe and therapy-resistant vulvovaginal atrophy, Lichen sclerosus, Postpartum or post-surgical scars, Volume and tone deficits in “wide vagina” syndrome, Sensory disorders and sexual dysfunctions related to tissue hypotrophy.
    Transfer the decanted adipose tissue into a single 20cc syringe using the GEMS Anaerobic Transfer 2.4 mm.

    Luer-to-Luer:

    → Sizes: 2.4 mm (purple), 1.4 mm (blue), and 1.2 mm (green)
    → Preserves the anaerobic and closed environment of the grafts during sizing.
    → Designed to produce micronized fat of progressively smaller sizes by passing the tissue back and forth through each transfer 30 times.

    Final filtering NanoFat 400nm

    Take the syringe containing the previously emulsified adipose tissue, connected to the NanoTransfer at the top, and connect an empty syringe on the side.
    Perform a single transfer of the material to obtain the NanoFat (TNF).

    5 | INJECTION

    NanoFat is easily injectable with very fine needles (27G or 30G), allowing both superficial and deep treatments, making it ideal for applications in Gynecology as well.