Skin Rejuvenation
At All Saint Clinic, skin rejuvenation is approached as a considered, clinical discipline. Our offering brings together the most trusted advanced technologies in aesthetic medicine, organised around three clear goals: to lift and tighten, to repair and restore, and to resurface and renew. Each treatment is selected and applied with clinical precision, always guided by a thorough consultation and a genuine understanding of your individual skin.
Treatment Menu
An in-depth consultation with one of our qualified Aesthetic Doctors covering your skin health, medical history, aesthetic concerns and long-term goals. Your Aesthetic Doctor will design a personalised treatment plan tailored to your individual anatomy, skin type and desired outcomes, with treatment offered on the day where appropriate.
A thorough skin assessment with one of our experienced Dermal Therapists, designed to evaluate your skin health, identify your primary concerns and recommend the most appropriate skin rejuvenation treatments and at-home skincare for your individual skin journey. A VISIA Skin Analysis may be incorporated to provide a deeper assessment and allow progress to be tracked over time.
A non-invasive ultrasound treatment that delivers precise energy to the mid-dermis to support collagen and elastin production. Sofwave is suitable for the face and body and involves minimal downtime with no disruption to the skin's surface. Individual results may vary.
A radiofrequency treatment that delivers controlled energy to the deeper layers of the skin to support collagen production. Thermage is a single-session treatment with gradual improvements that may continue over time. Individual results may vary.
Radiofrequency microneedling combines skin needling with radiofrequency energy delivered into the deeper layers of the skin. It may be appropriate for those looking to address skin laxity, texture, stretch marks and scarring. Individual results may vary and suitability will be assessed at consultation.
A treatment that uses fine needles to create controlled micro-injuries in the skin, supporting the body's natural collagen and elastin production. Skin needling may be appropriate for those looking to address texture, tone and scarring over a course of treatments. Individual results may vary.
Combines Platelet-Rich Plasma with skin needling to support skin regeneration using the body's own growth factors. PRP Needling may be appropriate for those looking to support overall skin quality and address texture and tone over time. Individual results may vary.
A CO2 laser resurfacing treatment that targets the skin's surface to support collagen production and skin renewal. CoolPeel may be appropriate for those looking to address texture and tone with a more comfortable recovery experience compared to traditional CO2 resurfacing. Individual results may vary and suitability will be assessed at consultation.
An advanced laser resurfacing treatment that delivers controlled energy to both the surface and deeper layers of the skin to support collagen stimulation and skin renewal. Recommended for those seeking more intensive rejuvenation following a thorough clinical assessment. Individual results may vary.
A non-invasive laser treatment that works beneath the skin's surface to support collagen production and overall skin quality. Laser Genesis is suitable for a broad range of skin types and involves no downtime. Individual results may vary.
A gentle fractional laser treatment designed to support skin tone, texture and overall radiance. Clear and Brilliant may be appropriate for those new to laser skin rejuvenation, involving minimal downtime and a comfortable treatment experience. Individual results may vary.
A combination treatment protocol addressing both surface-level concerns and deeper skin quality. Halo's hybrid fractional technology and BBL's broad-spectrum light work together to support overall skin health and rejuvenation. Suitability will be assessed at consultation. Individual results may vary.
BroadBand Light therapy uses broad-spectrum light energy to target the skin's surface and support overall skin clarity and tone. BBL may be appropriate for those looking to address pigmentation, redness and sun damage with minimal downtime. Individual results may vary.
PicoWay uses ultra-short picosecond pulses to target pigmentation and textural irregularities with minimal thermal impact to surrounding tissue. Suitability will be assessed at consultation, particularly for those who have not responded to other treatments. Individual results may vary.
A fractional laser treatment that supports skin renewal and resurfacing over a course of treatments. Fraxel may be appropriate for those looking to address texture, scarring and pigmentation with a considered recovery period following each session. Individual results may vary.
A Personalised Approach
At All Saint Clinic, every concern is approached with genuine clinical consideration.
Whether you are looking to address signs of ageing, restore facial harmony, improve skin quality, refine texture or support long-term skin health, our clinical team works to understand your individual anatomy and goals before making any recommendation. No two faces are the same, and no two treatment plans should be either.
Begin Your Journey
Whether you are new to aesthetic medicine or beginning your skin journey, every experience at All Saint Clinic starts with a conversation.
Our consultations are unhurried and thorough, designed to give our clinical team a complete picture of your face, your skin, your history and what you are hoping to achieve. From there, a personalised treatment plan is created with care, precision and a long-term view.
The Church Of Skin
Led by Dr Joseph Hkeik, All Saint Clinic brings together doctor-led aesthetic medicine, advanced skin technologies and a philosophy of restraint and natural-looking outcomes across our Sydney locations.
From our Double Bay flagship to our Mosman, Balmain and North Parramatta clinics, every detail is considered to deliver results that are lasting, refined and entirely your own.
