SVF KIT
NOT FAT TISSUE, NON-ENZYMATIC, REAL SVF CELL ISOLATION
The latest breakthrough in Non Enzymatic SVF and Fat Grafting Special Blade Filters, specifically designed for a safe and effective processing of the adipose tissue.
The Microlyzer SVF Kit offers you the perfect system for obtaining a high mesenchymal stem cell population without using enzymes. Moreover, it is much faster and cost-effective than enzymatic systems. Discover regenerative treatments now with T-LAB.
Microlyzer blades provide the highest cell count and viability by making contact every segment of the Extracellular Matrix
LIPOASPIRATION
With the special degreasing syringe with locking mechanism, disposable cannula and sterile centrifuge godets and special decantation apparatus, degreasing has never been so comfortable.
OIL PURIFICATION CONDENSING
4 special 10cc syringes become a tube with two movements and are ready for centrifugation. Moreover, a small centrifuge is enough for you.
MICRONIZING
With Microlyzer's tissue technology, which is far superior to mesh and plastic filters, SVF cells are easily released.
SVF CELL ISOLATION
With Microlyzer's tissue technology, which is far superior to mesh and plastic filters, SVF cells are easily released.
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NOT OIL, CELL ISOLATION
We do not call the process of making adipose tissue injectable as stem cells. We completely isolate the SVF cells from the tissue for you.
Our final product is rich in nucleated cell, while completely excluding fibrotic tissue, fat cell and triglyceride. We offer you safe injection with the 41 Micron filtering we apply to the final product.
NOT MECHANICAL,
REGENERATIVE EFFECT
Fat injection provides a mechanical effect in patients due to its nature, but it cannot create a high regenerative effect in terms of stem cells like concentrated SVF isolation.
Stem cells separated from the tissue and concentrated can multiply rapidly in the body in the natural nutrient medium and turn into different cells. It offers you a real regenerative treatment, unlike fat injection.
NOT TEXTURE, COUNTABLE CELLS
Micronized adipose tissues also contain stem cells, but this does not mean that SVF cell groups are isolated and become pure and concentrated.
With Microlyzer SVF, you can see the final product with your own eyes under any microscope, even detect, count and easily measure the viability of nucleated/nucleated cells under a fluorescent microscope.
F.A.Q
Any questions? We got you.
A: The SVF KIT by T-Lab is a medical device designed for the preparation of Stromal Vascular Fraction (SVF) from adipose (fat) tissue. SVF contains a rich source of regenerative cells, including stem cells, growth factors, and other beneficial components.
A: SVF is a heterogeneous cell population isolated from adipose tissue. It contains various cell types, including adipose-derived stem cells (ADSCs), endothelial progenitor cells, and growth factors, which play a crucial role in tissue repair and regeneration.
A: SVF can be used in:
• Aesthetic medicine (e.g., facial rejuvenation, hair restoration).
• Orthopedics (e.g., joint repair, osteoarthritis).
• Wound healing.
• Regenerative medicine applications.
A: The kit is used to process aspirated adipose tissue to isolate the SVF. This typically involves:
• Liposuction to collect fat tissue.
• Enzymatic digestion to break down the fat tissue and release the SVF cells.
• Centrifugation and filtration to separate and concentrate the SVF.
A: When performed by trained medical professionals using sterile techniques, the SVF preparation process is generally considered safe. However, like any medical procedure, it carries potential risks, including infection, bleeding, or complications related to liposuction.
A: The preparation process can vary depending on the specific protocol and the amount of adipose tissue processed, but it typically takes between 1-3 hours.
A: Potential benefits include:
• Efficient and reliable SVF isolation.
• High yield of viable SVF cells.
• Sterile and closed system to minimize contamination risk.
• Ease of use for trained professionals.
A: ADSCs are multipotent stem cells found in adipose tissue. They have the ability to differentiate into various cell types, such as bone, cartilage, fat, and muscle cells, and play a significant role in tissue regeneration.
