True SVF Cell Isolation, True Regenerative Impact

CELLANOVA SVF KIT

The Cellanova SVF Kit provides an innovative system that allows you to isolate a high concentration of mesenchymal stem cells (MSCs) without the use of enzymes.
Compared to enzymatic systems, it offers faster processing times and significantly lower investment costs — all while ensuring high cellular yield and purity.

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CELL ISOLATION

With Cellanova SVF, stromal vascular fraction (SVF) cells are completely isolated from adipose tissue, delivering a product that is rich in nucleated and viable regenerative cells.

The final output is devoid of fibrotic tissue, adipocytes, and triglycerides, ensuring a clean and safe concentrate.
Using a 41-micron filtration system, the kit guarantees a smooth, clog-free injection experience.

Process Overview:

Stage	Description	Volume (approx.)
Lipoaspirate Material	Collected adipose tissue	40 cc
Decanted Fat	Refined fat, separated from debris	20 cc
Condensed Product	Triglyceride-, RBC-, and WBC-free	6–8 cc
Final SVF-Rich Fraction	High-purity regenerative cell concentrate	—

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REGENERATIVE EFFECT

The isolated SVF fraction contains mesenchymal stem cells capable of rapid proliferation and differentiation into various cell types within the body’s natural microenvironment.

Unlike conventional fat grafting, Cellanova SVF offers a truly regenerative therapeutic approach, supporting tissue repair and rejuvenation at the cellular level.

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VISIBLE, COUNTABLE CELLS

With Cellanova SVF, your final product contains countable, viable cells that can be visually verified under any microscope.
Using fluorescence microscopy, you can easily distinguish nucleated vs. non-nucleated cells, count them, and assess their viability in real time — providing tangible evidence of your regenerative yield.

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⚙️ Key Highlights

Feature	Description
Enzyme-free isolation	Preserves cell integrity and viability
High MSC concentration	Enriched in mesenchymal stem cells
41-μm filtration system	Ensures clean and safe injectable product
Fast & cost-effective	Shorter procedure time, lower system cost
Microscopic verification	Visual confirmation of live SVF cells