In today’s fast-paced world, many patients want visible skin improvement without the downtime of traditional resurfacing procedures. Enter 3DMIRACL™, a key mode of the UltraClear Laser System, designed for prejuvenation and subtle rejuvenation.
What is Prejuvenation?
Prejuvenation focuses on maintaining youthful skin health before significant signs of ageing appear. By targeting superficial skin layers, 3DMIRACL™ improves complexion, addresses early fine lines, and reduces the effects of sun damage. This “photo-ready” treatment leaves skin glowing and refreshed, ideal for patients preparing for social events or simply wanting to maintain a youthful appearance. Unlike more intensive procedures, prejuvenation prioritizes gradual enhancement and long-term skin health, helping patients preserve their natural beauty over time.How 3DMIRACL™ Works
The UltraClear 2910 nm fibre laser delivers ultra-fast micro-pulses to the stratum corneum and upper epidermis. Through a presumed mechanism of collagen remodelling, these treatments stimulate skin renewal while minimising thermal damage. The fractional delivery of energy ensures that the surrounding healthy tissue is preserved, supporting faster healing and minimal discomfort. Over a series of sessions, the skin’s natural regenerative processes are activated, promoting smoother texture, even tone, and enhanced elasticity.Patient Experience
3DMIRACL™ sessions are brief, typically 15–30 minutes, making them an easy addition to any schedule. Topical anaesthesia is often unnecessary. Patients notice smoother, more radiant skin immediately, with ongoing improvement over several weeks as natural dermal remodelling occurs. Because the treatment is non-invasive and gentle, it is well-suited for first-time laser users and those seeking routine skin maintenance without interruption to their daily activities.Clinical Benefits
- Improves skin complexion and texture
- Reduces fine lines and early wrinkles
- Addresses superficial sun damage
- Enhances natural radiance
- Non-invasive with minimal downtime