Multifunction Body Slimming RF Device Infrared Laser Vacuum RF Beauty Machine Cavitation RF Fat Reduction Device

Product Principle

This multifunctional body contouring device integrates vacuum suction, bipolar RF energy, infrared laser, mechanical massage rollers, and skin folding technology. It targets fat reduction, body shaping, skin tightening, and therapeutic treatments for various body areas.

The infrared laser directly heats the targeted tissue, reducing skin impedance and allowing the RF energy to penetrate connective tissues. The vacuum-assisted rollers enhance RF energy absorption and stimulate metabolism, promoting fat cell reduction and improving body contour.

Application Range

• Firming and tightening skin

• Facial lifting and wrinkle removal

• Body contouring and cellulite reduction (arms, legs, back, waist, hips)

• Fat dissolution and metabolism boosting

• Full-body physiotherapy, joint pain relief

• Stretch mark reduction

Product Features

Product Details

Handpieces:

• Vacuum RF Roller (Body 1): Tightens skin and massages simultaneously

• Vacuum RF Roller (Body 2): Focused skin tightening

• Vacuum RF for Face: Lifting and firming for face and eyes

• 40K Cavitation Handle: Breaks down fat deposits

Interface Operation:

• Adjustable vacuum modes, RF energy, laser intensity, roller speed, and direction

• Real-time parameter adjustment on both main screen and handle screen

Treatment Modes:

• Face: 30 mins / session, once a week, 10 sessions

• Eyes: 15 mins / session, once a week, 10 sessions

• Body: 45-60 mins / session, twice a week, 10 sessions

Pre & Post-Treatment Care

• Avoid cold water within 8 hours

• No sun exposure for one week

• No massage or spicy food after treatment

• Apply milk-based skincare products to treated areas

• No alcohol or hormonal medications before sessions

Contraindications

• Cardiac pacemakers, defibrillators

• Metal implants under skin

• History of cancer or severe diseases

• Pregnant or breastfeeding women

• Skin diseases or unhealed wounds

• Photosensitivity