The Surgical Green SVF Set is a specialized six-instrument system designed to support the sequential processing of harvested adipose tissue—from microfat harvesting and transfer to mechanical fractionation, nanomization, and injection.
The system is designed around a mechanical processing workflow, providing specialized cannulas and transfer adapters for progressively processing adipose tissue into a finely fragmented tissue preparation.
Harvest → Transfer → Fractionate → Nanomize → Inject
The Surgical Green SVF Set brings together six specialized instruments designed to support the principal stages of mechanical adipose-tissue processing.
Facilitate distribution of tumescent solution at the harvesting site.
Efficiently harvest adipose tissue, including from relatively fibrous tissue.
Transfer harvested adipose tissue between syringes under controlled conditions.
Mechanically process adipose tissue through a defined aperture to produce a finer tissue fraction.
Further process the tissue through a smaller aperture to achieve a finer preparation.
Precisely deliver the resulting preparation using a fine blunt-tip injector.
| # | Instrument | Size / Specification | Primary Function |
|---|---|---|---|
| 01 | Infiltration Cannula | 2.0 mm / 14G × 30 cm | Tumescent infiltration |
| 02 | Aggressive Multiport Harvester – Both-End Sharp | 2.5 mm / 13G × 20 cm | Adipose-tissue harvesting |
| 03 | Anaerobic Transfer Adapter | 2.4 mm internal aperture | Transfer of adipose tissue between syringes |
| 04 | Anaerobic Fractionation Adapter | 1.2 mm internal aperture | Mechanical fractionation of adipose tissue |
| 05 | Anaerobic Nanomization Adapter | 0.9 mm internal aperture | Further mechanical processing / nanomization |
| 06 | Blunt-Tip Injector – Straight | 0.9 mm / 19G × 5 cm | Injection of processed tissue preparation |
The 2.0 mm Infiltration Cannula features 20 holes of 2.0 mm diameter arranged across four spiral rows.
The multiport configuration is designed to facilitate distribution of tumescent solution across the harvesting area.
Diameter: 2.0 mm
Gauge: 14G
Length: 30 cm
Port configuration: 20 × 2.0 mm holes
Arrangement: 4 spiral rows
The 2.5 mm Both-End Sharp Harvester features small ports with sharp edges designed to facilitate adipose-tissue harvesting.
The 2.0 mm ports and both-end sharp configuration provide a specialized harvesting geometry for efficient tissue collection, including applications involving relatively fibrous tissue.
Diameter: 2.5 mm
Gauge: 13G
Length: 20 cm
Port diameter: 2.0 mm
Configuration: Both-end sharp
The Anaerobic Transfer Adapter features a 2.4 mm internal aperture and is designed to facilitate transfer of harvested adipose tissue from one syringe to another under controlled conditions.
Its purpose within the system is to provide a dedicated transfer stage before further mechanical processing.
Internal aperture: 2.4 mm
Function: Adipose-tissue transfer
Application: Syringe-to-syringe transfer
The Anaerobic Fractionation Adapter features a 1.2 mm internal aperture and is designed for mechanical processing of harvested adipose tissue into a finer tissue fraction.
This forms the fractionation stage of the Surgical Green mechanical processing workflow.
Internal aperture: 1.2 mm
Function: Mechanical fractionation
Application: Adipose-tissue processing
The Anaerobic Nanomization Adapter features a 0.9 mm internal aperture and is designed for further mechanical processing following the fractionation stage.
The smaller aperture provides the next stage in the progressive mechanical reduction of the processed adipose tissue.
Internal aperture: 0.9 mm
Function: Mechanical nanomization
Application: Further processing following fractionation
The 0.9 mm Straight Blunt-Tip Injector is designed to facilitate controlled injection of the resulting processed tissue preparation.
Its fine diameter and blunt tip provide a configuration intended for applications requiring precise cannula positioning.
Diameter: 0.9 mm
Gauge: 19G
Length: 5 cm
Configuration: Straight
Tip: Blunt