Consultation for Facial volume loss

As we age, natural changes occur in the skin, bone, and soft tissues of the face.

At Mind Body Skin Institute, facial volumising consultations focus on a comprehensive assessment of facial structure and individual concerns.

During your consultation, your doctor will assess your unique facial anatomy, skin quality, and treatment goals to determine whether any treatment options may be appropriate.

A range of approaches may be discussed as part of a personalised plan, depending on individual needs and preferences.

Common treatment areas include:

  • Cheeks and mid-face (to support structure and lift)

  • Lips (for definition and balance)

  • Chin and jawline (for contour and proportion)

  • Nasolabial folds (lines from nose to mouth)

  • Marionette lines (lines from mouth to chin)

  • Tear troughs (under-eye hollows, assessed carefully for suitability)

  • Temples (for volume restoration)

Your consultation will cover:

  • Whether this treatment is suitable for your needs

  • Expected outcomes and longevity

  • Possible risks, side effects, and aftercare

  • Alternative treatment options, if appropriate

Important Information

Under Australian law, specific brand names of prescription-only products cannot be advertised. Pricing is also not allowed to be publicly listed and requires personalised advice.
Treatment type, dosage, and product selection can only be determined following a face-to-face consultation with a qualified medical practitioner.
Results vary from person to person depending on age, skin condition, metabolism, and individual goals.

A woman with long blonde hair and red lipstick standing in front of a white wall with the words 'Mind Body Skin Institute' printed on it. She is wearing a white sleeveless dress and smiling, with her arms crossed.

Everyone’s skin tells a story - of genetics, environment, hormones, stress, and time.

At Mind Body Skin Institute, our role is to interpret those signals and design thoughtful, doctor-led treatment plans that address both the surface and the source.