Autologous fat transfer is a technique that harvests the patient’s own adipose tissue, purifies it, and reinjects it to restore volume in soft‑tissue defects. The process begins with a low‑vacuum liposuction of donor sites, typically the abdomen or flanks, using blunt cannulas to minimize trauma. Harvested fat is then centrifuged or filtered to separate viable adipocytes from oil and fluid. The purified graft is loaded into micro‑cannulas and placed in precise planes under ultrasound or tactile guidance to achieve natural contour and durability.
On November 6, 2026, participants will gather at the live online classroom online for a full‑day curriculum that blends didactic instruction with live case observation. The morning session reviews anatomy, patient selection, and evidence‑based technique, followed by a streamed operation where the instructor demonstrates harvesting, processing, and injection steps in real time. After a brief break, attendees move to a hands‑on lab where they practice graft preparation and injection on simulation models under direct supervision. The day concludes with a group discussion of complications, revision strategies, and postoperative care.
The workshop online is designed for board‑certified plastic surgeons, facial plastic surgeons, dermatologic surgeons, and other physicians who routinely perform soft‑tissue reconstruction and are comfortable with minor surgical procedures. Participants should have experience with liposuction or similar tissue‑harvesting techniques, as this foundation facilitates safe graft handling. The curriculum does not replace local regulatory requirements; clinicians must verify that their scope of practice permits autologous fat grafting in their jurisdiction before applying the skills learned. Attendance provides an opportunity to refine technique and expand the range of reconstructive options offered to patients.
Frequently Asked Questions
Which professional licenses are appropriate for attending this workshop?
The workshop is intended for clinicians who hold a valid medical license and are authorized to perform minor surgical procedures in their jurisdiction. Participants should confirm that their current licensure permits them to engage in autologous fat grafting. Because scope of practice varies by region, each attendee is responsible for verifying compliance with local regulations and any specialty board requirements before applying the techniques taught.
What does the hands‑on portion of the day involve?
During the hands‑on segment, attendees work with simulation models that replicate human tissue planes. They practice fat graft preparation, including centrifugation and filtration, and then perform injection using micro‑cannulas under faculty supervision. The exercises emphasize proper handling of adipocytes, precise placement techniques, and safety measures. Faculty provide real‑time feedback to help participants refine their tactile skills and confidence before applying the method in clinical settings.
What prior experience is recommended before attending?
Clinicians should be familiar with basic liposuction or tissue‑harvesting techniques, as these skills form the foundation for safe fat graft preparation. Experience with injectable procedures, such as dermal fillers or local anesthetic administration, is also helpful. While the workshop covers the full workflow, having a baseline competence in sterile technique and minor surgical instrumentation will allow participants to focus on the nuances of autologous fat transfer.
What equipment and supplies will be provided during the workshop?
The training venue supplies standard liposuction cannulas, low‑vacuum suction devices, centrifuge units, filtration kits, and a range of micro‑cannulas for injection. Simulation models and sterile drapes are also provided. Participants are encouraged to bring their own personal protective equipment and any specialty instruments they routinely use in practice, but all core materials needed for the day’s activities are available on site.
How is the workshop structured in terms of lecture and practice time?
The day begins with a morning lecture that covers anatomy, patient selection, and evidence‑based technique. This is followed by a live‑streamed case demonstration that illustrates each step of the procedure. After a short break, the afternoon is dedicated to hands‑on practice on simulation models, allowing participants to apply what they observed. The session ends with a moderated discussion of complications, revision strategies, and postoperative management, providing a balanced mix of theory and practical experience.
