A laser delivering ultra-short 450-picosecond pulses, used for pigmented lesions such as melasma and blemishes, as well as tattoos and scars.
An IPL device with interchangeable 420–800 nm broadband filters, used for vascular and pigmented lesions and for acne.
A device delivering 1 and 2 MHz radiofrequency into the dermis through microneedles, helping improve scars, wrinkles and laxity.
Creates focused-ultrasound coagulation points at depths of 1.5–4.5 mm while viewing the tissue layers on ultrasound imaging, to help lift the skin.
Delivers monopolar radiofrequency heat into the dermis to induce collagen production and help improve firmness.
Delivers focused ultrasound to the dermis and SMAS layer to create coagulation points, used for facial and body firming.
Heats the dermis with bipolar radiofrequency under temperature control, helping improve skin firmness and sagging.
Delivers hyaluronic acid and other solutions evenly into the dermis using a 32 G nine-pin needle and pressure-sensing automatic injection.
A multi-injector with negative-pressure suction and pressure sensing that delivers skin booster solutions at a consistent rate.
A body-dedicated device delivering focused ultrasound at 6 mm and 9 mm depths, helping firm the abdomen and thighs.
Applies ultrasound that switches rapidly between frequencies such as 3 and 10 MHz, creating micro-vibration to help calm the skin.
A combination device pairing cold and warm care with ultrasound, a scrubber and iontophoresis, used to calm and care for skin after treatment.
Applies cold and warm stimulation together with low-frequency energy and iontophoresis, used to calm the skin after laser treatments.
Uses peeling solution and suction pressure to gently remove dead skin cells and sebum and debris from the pores.
Combines iontophoresis, 3 MHz ultrasound and a scrubber to help remove debris and aid absorption of active ingredients.
A diagnostic device that photographs the skin under four light sources to analyse pigmentation, pores, wrinkles and other conditions item by item.