Subcision addresses the tethering bands rather than the fat
Mechanical subcision systems pass a small blade or needle beneath the skin to release the fibrous septae that create dimpling, targeting the structure responsible rather than the fat surrounding it. Published follow-up shows improvement persisting well beyond a year, which no energy-based approach has matched convincingly. The segment compounds at 12.3% on that durability argument alone. Operator technique matters considerably, and bruising is common enough that patient counselling determines satisfaction as much as the result itself does. Practitioner training rather than device specification separates good outcomes from mediocre ones, a dimension the energy-based category never had to manage.
Market Impact: Prevalence reaching 88% of women








