Facial Rejuvenation (Skin Boosters & HydraFacial)

A range of non-invasive facial rejuvenation treatments including skin booster injections and HydraFacial deep-cleanse therapy to restore hydration, improve skin texture, and deliver a visible glow with minimal downtime.

The Clifford Clinic offers multiple pathways to facial rejuvenation tailored to the patient's skin concerns, age, and lifestyle. The two flagship non-ablative options are skin booster injections and HydraFacial, which can be used independently or in combination as part of a maintenance programme. Skin boosters — known in Chinese aesthetic practice as 水光针 (shuiguang zhen) — are intradermal micro-injections of high-quality hyaluronic acid that hydrate and plump the skin from within. Unlike volumising fillers, skin boosters are spread across a large area of the face, neck, décolletage, or hands to improve overall skin quality: texture becomes smoother, fine lines are softened, and the skin acquires a natural luminosity that reflects improved hydration levels. Results build over a course of two to three sessions spaced four weeks apart, with monthly maintenance thereafter. HydraFacial is a multi-step mechanical treatment that combines cleansing, gentle exfoliation, painless extraction of congested pores, and delivery of nourishing serums in a single 60-minute session. Because it uses spiral suction rather than harsh abrasion, it is suitable for sensitive, acne-prone, and reactive skin types. Deep pore cleansing via HydraFacial is particularly effective as an adjunct to the clinic's acne management protocols, and the clinic's Keravive scalp version extends the same logic to scalp health. Both treatments carry virtually no downtime. Patients can return to daily activities immediately after skin boosters, with only minor redness at injection points that typically resolves within hours. After HydraFacial there is no redness or irritation, making it suitable before important events. Regular courses of either treatment are recommended to maintain optimal skin hydration and texture over time.