Titan uses infrared light of about 1,100 to 1,800 nm to heat the dermis while cooling the surface. It suits early sagging, fine lines and loose cheeks or lower face, and elasticity changes gradually after treatment. Redness and warmth are usually short-lived.
How Titan works
Infrared light heats the dermis while the skin surface is cooled. The heat triggers a tissue response, and elasticity changes gradually as collagen is stimulated. Titan uses light energy, not ultrasound or radiofrequency.
Who it suits
- Early sagging and fine lines
- Loose cheeks and lower face
- People who want texture and elasticity assessed together
Sessions and recovery
Single sessions and package courses are available, with area, energy and number of sessions set at consultation. Temporary redness, warmth and swelling can follow. Keep skin moisturised, use sun protection and avoid friction.
Risks
Burns and pigment changes can occur. Tell us about recent tanning, photosensitivity, skin conditions and medication.
Frequently asked questions
How is Titan different from RF or ultrasound?
It uses infrared light, which heats tissue differently from radiofrequency or focused ultrasound.
Does cooling stop me feeling heat?
No. Heat still reaches the tissue and you may feel warmth, so intensity is adjusted to your skin.
Is Titan enough for significant sagging?
Light energy alone has limits with significant excess skin. We will compare other options with you.
Planned by specialists who work together
At MS Longevity Clinic, skin, plastic surgery, pain and regenerative medicine doctors see patients under one roof. After a consultation and any tests you need, they agree on a plan that fits your skin, your health and your travel dates.
Medically reviewed by the MS Longevity Clinic medical team.
Ready to talk?
Start with a free online consultation before you fly, or visit us at 312 Tower, Samseong-dong, Gangnam.
Treatment method and number of sessions are decided after consultation. Results and recovery time vary from person to person. Costs are explained at consultation. See our medical disclaimer.