Fizocare installs the Picosecond Laser system with dual wavelengths of 532 nm and 1064 nm. It generates pulses between 300 and 500 picoseconds with peak power reaching 1.2 GW. The 532 nm wavelength works on superficial pigment such as freckles and age spots. The 1064 nm wavelength breaks down deep dermal melanin and multi-color tattoo pigments. The handpiece offers adjustable spot sizes from 2 mm to 8 mm, with fluence set between 0.5 and 8 J/cm².

Preset treatment protocols are stored in the system. Benign pigmented moles require 3 to 5 sessions spaced 6 weeks apart. Black tattoo removal needs 6 to 10 sessions with 8 week intervals. A Zimmer cryo-cooler blows cold air at minus 30 degrees Celsius over the skin to reduce pain and protect the epidermal layer. The built-in camera displays pre-treatment photos side by side with live images to ensure full treatment coverage. Clinicians record immediate tissue reactions: whitening for pigment spots and surface frosting for tattoos at every visit.

Technical Note: Do not bend the laser arm sharply below 45 degrees during storage. Sharp bends damage optical fibers and create uneven energy output. The treatment room must feature warning labels, interlock doors and laser protective window film. All personnel shall wear wavelength matched protective goggles.

The 2940 nm Erbium Laser delivers superficial ablative skin resurfacing for acne scars, perioral wrinkles and actinic keratosis. Its scanning handpiece emits fractional microbeams with a density of 100 to 400 micro-ablative zones per square centimeter. The ablation depth is adjustable from 20 to 80 µm per scan. A single scan removes epidermal tissue with minimal thermal injury, while two to three scans remodel superficial dermal collagen.

Occlusive ointment is applied continuously for 48 hours after treatment. Patients are instructed to avoid sun exposure strictly and apply broad-spectrum SPF 50+ sunscreen for four weeks. Complete skin re-epithelialization takes 5 to 7 days. Treatment outcomes are evaluated via standardized polarized light photography at baseline, four weeks and twelve weeks after the procedure.

Technical Note: The laser smoke evacuator must be activated throughout ablation, with its pre-filter replaced for every patient. Regular surgical masks cannot block active viral particles in laser plume. Operators are required to wear properly fitted N95 respirators for full protection.

Fizocare adopts the Photo Rejuvenation Laser, an IPL system equipped with a xenon flashlamp covering a wavelength range of 500–1200 nm. Multiple cutoff filters including 515 nm, 560 nm, 590 nm, 615 nm, 640 nm and 695 nm precisely target specific skin chromophores. The 560 nm filter treats facial telangiectasias, while the 590 nm filter improves diffuse redness and rosacea. With adjustable pulse duration of 3–10 ms and fluence of 15–25 J/cm², paired with a 4 °C chilled sapphire tip, the system effectively protects the epidermis during treatment.

Treatment begins with a preauricular test patch, which is checked after 24 hours for adverse skin reactions. Full facial treatment is then performed in 4 to 6 sessions at 3–4 week intervals. Cooling gel and mild topical corticosteroid are applied after each procedure. The clinic system records precise parameters including fluence, pulse duration and filter settings for each treatment area, forming exclusive personalized treatment archives for every patient.

Technical Note: IPL treatment is not suitable for Fitzpatrick skin types V and VI. High melanin content in dark skin competes for light absorption and may cause epidermal burns. All patients must complete Fitzpatrick skin typing and a preliminary test patch before formal treatment. The temperature of the sapphire tip requires monthly calibration verification with a thermocouple.

Fizocare applies the Thermography Imaging system for aesthetic treatment planning and effect evaluation. During initial consultations, baseline facial thermal scanning captures vascular distribution patterns. Local skin temperature exceeding the average cheek temperature by over 1.0 °C indicates subclinical inflammation and angiogenesis, guiding accurate targeting for IPL and vascular laser therapy. One-month post-treatment thermal scans record reduced vascular thermal signals, providing objective evidence of treatment efficacy.

For lipolysis and skin tightening procedures, real-time thermography ensures even heating across treatment areas. It controls surface skin temperature below 42 °C to minimize burn risks. Color-coded thermal images with customized treatment notes are saved to electronic medical records and printed as visual reference materials for patient communication.

Technical Note: The thermography examination room is kept draft-free with a constant temperature of 22 ± 0.5 °C. Patients acclimatize to the environment for 15 minutes and avoid hot or cold beverages before scanning. All facial makeup must be removed 30 minutes in advance. Residual foundation lowers skin emissivity and causes inaccurate low-temperature thermal readings.

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Fizocare’s clinic management software unifies laser and IPL device data, thermography images, digital consent records and clinical photography resources. Standard consultation templates cover medical history screening, Fitzpatrick skin typing, standardized five-view clinical photography and targeted treatment planning. All procedure-specific risk information is documented and confirmed through electronically signed consent forms.
Automated SMS follow-up reminders are scheduled after each treatment. Messages are sent on day one for wound observation checks, day seven for skin healing assessment and week four for final outcome review. The built-in audit dashboard monitors core clinical indicators, including treatment success rates within scheduled sessions, adverse reaction rates such as hyperpigmentation, hypopigmentation and scarring, and patient satisfaction scores rated from 1 to 10. Monthly clinical governance reviews use these data insights to optimize overall service quality.

Technical Note: All clinical photographs are captured with identical camera settings, focal length and lighting conditions. Fixed chin and forehead supports ensure consistent facial positioning for accurate comparison. Digital images are stored in lossless DICOM format, consuming around 50 MB of storage per treatment session. The clinic server reserves sufficient storage space and maintains a 10-year medical data retention policy.