EMSculpt & EMSculpt Neo

EMSculpt and EMSculpt Neo use HIFEM (High-Intensity Focused Electromagnetic) technology to induce supramaximal muscle contractions equivalent to thousands of sit-ups or squats in a single thirty-minute session. EMSculpt Neo adds synchronised radiofrequency energy for simultaneous fat reduction. Associated with up to 16% muscle mass increase and 19% fat reduction (standard) or 25% fat reduction and 35% muscle increase (Neo). Targets abdomen, buttocks, thighs, arms, and calves.

EMSculpt and EMSculpt Neo at Skinly Aesthetics represent the body recomposition category of non-invasive aesthetic treatments — devices that improve both muscle definition and fat reduction simultaneously rather than targeting fat alone. Standard EMSculpt (BTL Aesthetics) uses High-Intensity Focused Electromagnetic (HIFEM) energy to induce supramaximal muscle contractions in the target muscle group — contractions that exceed the maximum voluntary effort achievable through normal exercise. During a thirty-minute abdominal session, the device generates approximately twenty thousand involuntary contractions of the rectus abdominis and obliques, causing metabolic stress, myofibrillar remodelling, and hypertrophy of the muscle fibres over the following weeks. The associated outcome in pivotal clinical studies is approximately 16% increase in muscle mass and 19% reduction in fat thickness at the treatment site over a four-session protocol. EMSculpt Neo upgrades the platform by adding synchronised Radiofrequency energy delivery alongside the HIFEM contractions. The RF component heats the adipose tissue in the treatment zone to approximately 42–44°C — the thermal threshold for adipocyte apoptosis — while the HIFEM contractions drive metabolic demand in the muscle layer beneath. Clinical data for EMSculpt Neo shows approximately 25% fat reduction and 30–35% muscle mass increase across a four-session protocol, outperforming either modality used in isolation. Treatable areas include the abdomen and core, buttocks (for non-surgical gluteal lifting), posterior thighs and calves, biceps and triceps. Each session runs thirty minutes per area, and the recommended course of four to six sessions is typically completed over a two to three-week period. The treatment is non-invasive, requires no anaesthesia, and has no downtime — patients commonly return to activity immediately. A mild muscle soreness similar to post-exercise DOMS is the expected post-treatment experience.