Easily and effectively process harvested fat with
Fat Micronisation
Revolutionising Fat Micronisation for Tailored Fat Grafting
Introducing Adinizer
The Adinizer is the very latest development in fat micronisation, that gives surgeons the opportunity to easily and effectively process harvested fat into fine, homogenised fat tissue without emulsification. The harvested fat can be homogenised into nano-fat, micro-fat or fine gel for various applications. The Adinizer are single use and are available in 4000, 2400, 1200 and 600 microns. The discs are not simple filtering discs; each one has sharp bladed edges in every corner of the disc holes. Surgeons are now able to tailor their fat grafting to the procedure, instead of a one size fits all approach. Wrinkles, cheeks and breasts all require different fat consistency or viscosity.
Nano/Micro Fat Technology
Key Features of the Adinizer
- 4000 micron fat tissue — Ideal for breast volume fat grafting, injected using a 14 to 18 gauge cannula.
- 2400 micron fat tissue (Micro-fat) — Recommended for face volume fat grafting, injected with a 14 to 17 gauge cannula.
- 1200 micron fat tissue (Nano-fat) — Suitable for fine facial fat grafting, injected using a 20-gauge cannula.
- 600 micron fat tissue (Fine fat gel) — Best for wrinkles and fine facial lines, injected with a 23 or 25 gauge cannula.
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Contact UsEnhancing Fat Grafting with Advanced Fat Micronisation Techniques
Exploring Fat Micronisation
In the ever-evolving landscape of regenerative medicine, staying ahead of the curve is crucial for delivering the best possible care to your patients . One revolutionary technique that is gaining traction in this field is Fat Micronisation. Fat Micronisation is a cutting-edge method that takes the principles of traditional fat grafting to the next level. It involves breaking down harvested adipose tissue into micro-sized particles, increasing the surface area of the fat cells and improving their integration into target tissues. This technique opens the door to a world of regenerative possibilities.
Key benefits of Fat Micronisations
10 Reasons Why Fat Micronisation is Cutting-Edge
- Enhanced graft survival — Micronising fat breaks down adipose tissue into micro-sized particles, increasing the surface area and improving graft integration into target tissues. This enhances the viability of fat cells, leading to better graft survival rates compared to traditional fat grafting methods.
- Natural-looking results — The micro-sized fat particles provide a smoother and more even distribution when injected, resulting in natural-looking outcomes. This is especially valuable in procedures such as facial rejuvenation, where aesthetics are of paramount importance.
- Minimised invasiveness — Fat micronisation allows for smaller incisions during the injection process, reducing the invasiveness of the procedure. Patients may experience less discomfort, minimal scarring, and shorter recovery times as a result.
- Versatility — Micronised fat can be used in a wide range of regenerative medicine applications, making it a versatile option for medical professionals. It can be employed for facial volume restoration, soft tissue augmentation, scar revision, and wound healing, among other procedures.
- Patient satisfaction — Due to the natural and long-lasting results achievable with micronised fat, patients often report high levels of satisfaction with their outcomes. This can lead to increased patient retention and referrals.
- Scar revision — Micronised fat can be employed to minimise the appearance of scars and improve tissue regeneration. This is especially beneficial for patients with scars resulting from surgery, trauma, or injury.
- Reduced risk of allergic reactions — Since the graft material in fat micronisation is derived from the patient's own adipose tissue, the risk of allergic reactions is virtually eliminated. This is in contrast to synthetic fillers or implants, which may pose a higher risk of adverse reactions.
- Regenerative properties — Micronised fat not only offers cosmetic benefits but also contributes to the regenerative properties of adipose tissue. It can stimulate the body's natural healing mechanisms and promote tissue regeneration in treated areas.
- Shortened recovery time — Patients who undergo fat micronisation often experience quicker recovery times due to the minimally invasive nature of the procedure. This can lead to improved patient satisfaction and a faster return to their daily activities.
- Customisation — Micronised fat can be finely tuned to meet the specific needs of each patient, allowing for a highly customised approach to regenerative procedures.