The Device
RF meets subcision
Inno Plus by DAOL MED is a new concept that incorporates radiofrequency into the subcision technique for skin rejuvenation and elasticity. Compared with the earlier Innofill, Inno Plus operates in two different RF modes at higher frequencies and works with a wider range of hand pieces to address different skin conditions.
Its patented needle coating generates high-frequency energy only at the 1 mm needle tip, delivering energy precisely to the target while an FDA-approved Parylene coating keeps the surrounding tissue and epidermis safe.
Energy is released only at the needle tip, so tethered scars are released at depth without harming the skin surface.
FDA-approved coating focuses high-frequency energy precisely at the 1 mm tip for safe, targeted delivery.
Two selectable modes with 9-level output tailor the treatment to scars, acne, vessels and more.
Precisely targets sebaceous glands and vascular lesions while sparing surrounding tissue.
Applications
One device, many indications
RF subcision releases the fibrous bands beneath rolling and boxcar scars while rebuilding collagen.
Remodels the dermis to soften striae on the abdomen, arms and thighs.
Selective thermolysis destroys the sebaceous glands that drive active acne.
Precise RF energy clears fine vascular lesions and benign syringoma.
Small-area fat reduction and local lipolysis for lifting and definition.
Dermal remodeling improves elasticity, texture and overall skin quality.
Specifications
Technical Specifications
| Technology | Radiofrequency + Subcision |
|---|---|
| Therapeutic Frequency | 1 MHz |
| RF Modes | RF I / RF II |
| Output Levels | 9-level adjustable |
| Needle / Cannula | Micro insulated RF needle, Parylene-coated 1 mm active tip |
| Delivery | Selective high-frequency thermolysis at the tip |
| Power Input | 230 VAC ± 10%, 50 / 60 Hz |
| Hand Pieces | Multiple, for different skin conditions |
| Manufacturer | DAOL MED (South Korea) |
Specifications summarised from the manufacturer. Full technical details available on request.