YJ CENTRAL · YEONGJONG, INCHEON
Get to know the equipment we use to assess and treat your skin. Explore our lasers, skin tightening devices and skin imaging systems.
01 / 8 devices
Radiofrequency, ultrasound and microwave devices for skin tightening and contouring.
Radiofrequency skin tightening
Thermage FLX uses radiofrequency energy to deliver heat into deeper layers of the skin. This supports collagen remodeling and can help improve skin firmness and the appearance of fine lines.
Focused ultrasound with real-time imaging
Ulthera delivers focused ultrasound energy beneath the skin for non-surgical lifting and tightening. Real-time ultrasound imaging allows the clinician to view tissue layers while planning and delivering treatment.
Monopolar radiofrequency
Oligio uses monopolar radiofrequency to heat the dermis and stimulate collagen remodeling. Face and eye tips allow the clinician to tailor treatment to different areas to help improve skin firmness.
High-intensity focused ultrasound (HIFU)
Shurink uses focused ultrasound to deliver heat at specific depths beneath the skin, including the SMAS layer. It is used for non-surgical facial tightening and contouring. The clinician chooses the treatment depth to suit each person.
Microwave energy with contact cooling
ONDA uses microwave energy to heat targeted tissue and stimulate collagen remodeling. It is used for skin tightening and contouring. Continuous contact cooling helps protect the skin surface during treatment.
Radiofrequency skin tightening
SUNNY delivers radiofrequency energy through a treatment handpiece. As the current passes through tissue, it generates heat that encourages tissue contraction and collagen remodeling to help improve skin firmness.
Multi-electrode radiofrequency
3DEEP uses multiple electrodes to direct radiofrequency energy into the skin and stimulate collagen remodeling. It is used to treat skin laxity and fine lines on the face and neck. The clinician assesses each area before treatment.
Radiofrequency tightening and contouring
PIAMO uses radiofrequency energy to heat tissue and stimulate collagen and elastin remodeling. The clinic uses it for skin tightening and contouring treatments on the face and body.
02 / 4 devices
Lasers chosen to suit the type, depth and color of the concern.
Q-switched Nd:YAG laser
RevLite SI uses 1,064 nm and 532 nm laser wavelengths to target pigment. Its PhotoAcoustic Technology Pulse (PTP) mode divides the delivered energy into paired pulses. The clinician selects settings according to the type and depth of pigmentation.
Picosecond and nanosecond laser
enlighten offers both picosecond and nanosecond pulse modes to address pigment at different depths. Short laser pulses break pigment into smaller particles. It is used for selected pigmentation concerns and tattoo removal, with settings tailored to the diagnosis.
Multi-mode vascular and pigment laser
GV Laser combines KTP, long-pulsed Nd:YAG and Genesis modes in one system. The clinician chooses the mode according to the concern, such as redness, visible blood vessels, post-acne marks or pigmentation. Different modes can be used when redness and pigmentation occur together.
Picosecond and nanosecond Nd:YAG laser
PicoPlus combines picosecond and nanosecond pulse modes with four wavelengths: 532, 595, 660 and 1,064 nm. This range allows the clinician to adjust treatment to the color, depth and type of pigmentation.
03 / 4 devices
Treatments for acne, scarring, visible pores and uneven texture.
Radiofrequency microneedling
Potenza combines microneedling with radiofrequency energy. A range of tips and treatment settings lets the clinician tailor treatment to concerns such as acne scars, visible pores, uneven texture and fine lines.
Targeted needle radiofrequency
AGNES delivers radiofrequency energy through a fine needle to specific tissue, including the sebaceous glands involved in acne. The clinician assesses your skin before choosing the treatment area and settings.
Needle-free microjet delivery
CureJet delivers a solution chosen by the clinician through a small nozzle using repeated, needle-free microjets. Its electromagnetic, solenoid-driven system controls delivery at specific depths. It may be used for acne scars, uneven skin texture, stretch marks or scalp care.
Acne laser with cooling
NeoBeam delivers laser energy to target sebaceous glands involved in acne. Cooling is applied during laser delivery to help manage heat at the skin surface and improve treatment comfort.
04 / 2 devices
Imaging that helps us assess your skin and track changes over time.
Three-dimensional skin analysis
3D Meta-Vu captures images to help assess skin condition and facial contours. Its three-dimensional view supports consultation and treatment planning by allowing the clinician to review the face and neck together.
Skin imaging with four types of lighting
Mark-Vu captures skin images under four types of lighting. These consistent images help the clinician assess skin concerns, plan treatment and compare changes over time.
05 / 4 devices
Skin-care treatments tailored to your skin’s condition.
Dual-frequency ultrasound
UltraDuo alternates between ultrasound frequencies for non-invasive skin care. Its two handpieces offer 1/3 MHz and 3/10 MHz combinations. The clinician selects the handpiece according to the treatment area and skin condition.
Three-step cleansing and hydration
Aqua Peel is a three-step treatment that cleanses pores, removes excess oil and surface buildup, and helps clear blackheads. Hydrating solutions leave the skin feeling smoother.
Water-jet cleansing and ultrasound skin care
QRITY combines water-jet cleansing with an ultrasound handpiece to remove pore buildup and deliver hydrating skin-care solutions. The clinician tailors the treatment to your skin.
Iontophoresis skin care
Ionto uses iontophoresis to help deliver ingredients such as vitamin C into the skin. The clinic uses it as part of skin-care treatments for uneven tone and overall skin condition.
06 / 5 devices
Equipment for hair removal and skin conditions, used following a medical assessment.
755 nm and 1,064 nm long-pulsed laser
Dual Accento N combines 755 nm and 1,064 nm wavelengths for laser hair removal and the treatment of certain pigment and vascular concerns. Cooling is applied during treatment, and the clinician adjusts the settings to suit the area and skin type.
2,940 nm Er:YAG laser
Lotus3 is an Er:YAG laser used for precise treatment of the skin surface. Depending on the diagnosis and settings, it can treat certain superficial skin lesions and scars, or resurface the skin to improve texture and the appearance of pores.
Liquid-nitrogen cryotherapy
Cryospray applies a freezing agent, such as liquid nitrogen, to a skin lesion. After examining the lesion, the clinician may recommend cryotherapy for warts or certain other benign skin growths.
Narrowband UVB light treatment
Narrowband UVB phototherapy delivers controlled ultraviolet light to the skin. Under medical supervision, it is used for conditions such as psoriasis, vitiligo and certain persistent itchy or inflammatory skin disorders. The treatment schedule is determined after diagnosis.
10,600 nm carbon dioxide laser
A CO₂ laser uses a 10,600 nm wavelength to precisely remove skin tissue or resurface the skin. After diagnosis, it may be used to treat certain benign skin lesions or scars. The treatment method and aftercare depend on the depth and area treated.
TALK TO OUR TEAM
Tell us about your skin concerns and travel dates. Our team can help you arrange a consultation and discuss suitable treatment options.
Treatment suitability, results, discomfort and recovery vary by person and procedure. A consultation is needed to choose the right equipment, settings and treatment plan for your skin.
