Anti-Cellulite Devices TRIZ Cases

A carbon-loaded hydrogel patch converts laser energy into shock waves to treat scars, stretch marks, and cellulite without invasive subcision.

Interchangeable suction and cooling attachments improve cupping comfort, cellulite treatment flexibility, and skin relief in one massager.

RF heating, massage, and EMS work together to compress the adipose layer, boosting fat release and lymphatic drainage while limiting skin damage risk.

A bellcrank converts motor rotation into circular-arc roller motion, combining percussive, stretching, and kneading actions in one handheld gun.

Solenoid magnetotherapy and elastomeric-ball microvibration work together, with pressure and temperature feedback for adjustable treatment.

A laser beam absorbed by carbon black in a hydrogel patch generates acoustic shock waves for deeper, non-invasive cellulite treatment.

A multi-frequency acoustic therapy system delivers targeted vibrations to enhance cellular voltage and blood circulation.

Alternating vacuum and compression therapy with controlled pressure differentials removes metabolic products without straining connective tissue.

Integrating a roller, internal suction unit, and electrical stimulation into one handheld body resolves the trade-off between multi-functionality and usability.

A rigid fascia therapy tool with a curved blade edge enables self-administered tissue smoothing.

A leg therapy apparatus with adjustable arc-shaped support members conforms to varying leg contours during operation.

Alternating vacuum chambers drive a deformable membrane to massage skin tissue, eliminating mechanical actuators that interfere with heating energy delivery.

Focused ultrasound creates spatially defined thermal ablation zones in the deep dermis, resolving the depth limitation of superficial light-based treatments.

Curved flower members on a bar distribute pressure across fascia tissue, reducing dimples and improving skin smoothness without complex mechanisms.

Birefringent elements in a parallax barrier unit change light polarization to switch between 2D and 3D modes, eliminating bulky mechanical hinges.

A suction chamber applies sub-atmospheric pressure through a small aperture to mechanically deform skin tissue.

A vibrating fat eliminating device features a detachable chair body for seated operation.

A leg muscle therapy apparatus uses adjustably coupled support members to deliver targeted massage along varying contours.

Sensors measuring skin fluid content and temperature enable automatic suction adjustment, eliminating therapist skill dependency while preventing tissue damage.

Negative pressure outlets pull tissue into contact with fractional RF energy points for consistent dermal heating.

Corrugated surface elements provide geometric interlocking to prevent unwanted movement while flexible cuffs adapt to body contours.

Segmented frame design enables height and angle adjustments for the spherical roller, treating multiple muscle groups without increasing structural complexity.

Radiofrequency handpiece replaces mechanical cutting with thermal disruption of fibrous septae, reducing tissue trauma and recovery time.

A vibration capsule stimulates the gastrointestinal tract to promote motility and support weight loss through controlled mechanical oscillations.

A handpiece featuring an adjustable angle mechanism and detachable vacuum cap for precise skin treatment.