Nano- Fat Transfers and Emulsifiers.

Anaerobic Fat Transfer and Emulsifier Set

Harvested fat starts losing quality the moment it's exposed to air, and that's the specific problem an anaerobic processing approach is built to avoid. This set moves fat from harvest through emulsification and into the transfer syringe without opening the system to ambient air at any stage.

A Closed Path From Harvest to Injection

Syringe-to-syringe connections and sealed emulsification components keep fat contained at every processing step, rather than transferring it through open containers or exposed decanting basins between stages.

One Set, the Full Processing Chain

Harvesting, emulsification, and transfer components are coordinated to work together as a closed sequence, rather than requiring separate open-system tools improvised into an anaerobic workflow.

A Deliberate Technique Choice, Not a Universal Standard

Surgeons who prioritize this closed, oxygen-excluded approach tend to do so as a considered technique preference—this set serves that preference directly, alongside more conventional open-processing methods other practices continue to use successfully.

Related Instruments

Part of a comprehensive liposuction and fat transfer instrument catalog, including the breast cannula kit for practices also performing fine dermal-quality nano-fat processing.

Quick Specifications

The set contains the following instruments:

• Nano transfer
• Mesh pair
• Luer-to-Luer transfer set of 3.
• Black Rings 2 Pairs
• Syringe Holding Stand: Stainless steel, high-quality.

Purpose:

• Volume Restoration: Nano fat transfers are primarily used for restoring volume in areas such as the face, breasts, and hands.
• Skin Quality Improvement: This technique can also enhance skin texture and quality due to the presence of stem cells and growth factors in the fat.

Process:

1. Harvesting: Fat is harvested from a donor site (commonly the abdomen or thighs) using liposuction.
2. Processing: The harvested fat is processed to isolate smaller fat particles. This is often done using specialized devices or techniques that break down the fat into nano-sized droplets.
3. Injection: The processed fat is then injected into the target area using fine cannulas, allowing for a more even distribution and better integration with the surrounding tissues.

Emulsifiers

Role:

• Stabilization: Emulsifiers are substances that help stabilize the fat emulsion, preventing the fat from separating and ensuring a uniform mixture for injection.
• Improved Integration: By creating a stable emulsion, emulsifiers can enhance the survival rate of the injected fat cells and improve the overall results of the transfer.

Considerations:

• Biocompatibility: It is crucial to use emulsifiers that are biocompatible and safe for use in human tissues to avoid adverse reactions.
• Technique: The choice of emulsifier and the method of emulsification can significantly impact the outcome of the nano-fat transfer procedure.