- Fotona’s laser therapy provides a non-invasive face-lifting procedure, allowing for a safer anti-aging option. With its wealth of customizable parameters, it allows for holistic treatment with long-lasting results that is personalised.
- Enabled by the expanded capabilities of the Nd:YAG and Er:YAG wavelengths, the laser provides up to four dimensions of treatment. Fotona's complementary Er:YAG and Nd:YAG wavelengths are synergistically applied in 4 different modes: SMOOTH®, FRAC3®, PIANO® and SupErficial™ to work on deeper, medial and superficial connective structures of the skin, while simultaneously targeting different skin imperfections. Multiple treatment modalities range from the 2-dimensional TwinLight® procedure to the 4-dimensional Fotona4D® procedure. Fotona's 4D laser treatment enables full-thickness contraction of collagen for persistent, low-downtime tightening and volumisation (wrinkle reduction) without injectables. Combining these 4 unique modes and two complementary wavelengths results in a respectable "SmoothLifting" treatment.
The Fotona4D® Laser Treatment works in 4 distinct steps, each targeting a different skin layer for a more effective treatment.
Fotona4D® treatment starts on the internal mucosal lining (inside of cheek/mouth), where laser energy is used to kick start the tightening process around the jawline and perioral region. By treating the skin from the inside out, the laser ‘reduces the appearance of wrinkles and nasolabial folds with a more effective skin lifting effect.
This allows the laser to go deeper into the second layer of skin and targets problem spots and imperfections. Compared to former laser therapies that zap both healthy and problematic cells, the FRAC3® setting only targets affected areas without harming the surrounding healthy cells. Resulting in a faster and more effective healing period post-treatment.
It is the only super long-pulsed laser that reaches into the sagging fat and ligamental layers of the face to achieve skin tightening other settings cannot achieve. This setting allows for deeper tissue penetration with a tightening of all skin layers through bulk heating the inner layers of the skin up to 42°C, which is an ideal temperature in helping the cells produce more collagen.
The last step of the treatment involves a controlled laser peeling of the outermost layer of skin, removing dead skin cells and minimizing the appearance of large pores through surface-level peeling, targeting uneven skin tone, assisting in future skin renewal, and instantly restoring the skin’s original youthful glow!
After treatment, your skin will begin its natural healing process and the positive results would be more obvious with repeated sessions.
Fotona® SmoothEye is a non-surgical, non-invasive laser treatment that stimulates collagen production to tighten and reduce wrinkles around the eyes. Fotona® SmoothEye can be performed as a standalone treatment or part of a tailored treatment plan to address other skin concerns at Lazz Aesthetic
FOTONA Hair Restart® Laser treatment is suitable for those with concerns about excessive hair loss; this innovative treatment is a quick, painless and effective solution for hair thinning and hair loss. Treatment steps are: Step 1 Fotona HAIRestart Treatment, Step 2 Photon light Therapy and Step 3 Hydro Meso Needleless Hair Treatment.
We pride ourselves on providing professional standards of care to all our patients.
Fill up your contact information on our website and we’ll assist in securing an appointment with our doctor.
A complete health history will be taken during the first visit to ensure accurate treatment for specific issues
Following your health history, our doctors will prepare a suitable laser treatment plan to achieve your skin goals.
The target areas will be cleaned and prepared for the lasering procedure. The procedure may last from 45 to 60 minutes depending on the condition of the skin.
Creams or topical medication may be administered to reduce irritation and redness, and a follow-up appointment will be scheduled for your next session.
