BBT PRO Diode Laser Hair Removal with AI Skin Analysis

Working Principle

BBT PRO Diode lasers incorporate skin analyzer functions primarily to enhance treatment safety, precision, and efficacy by analyzing skin type, tone, and hair thickness before procedures. This integration helps detect underlying skin issues, optimize laser settings, and reduce the risk of adverse effects, particularly on darker skin tones. 

The BBT PRO is custom-tailored for dermatologists, medical aesthetic centers, and professional beauty clinics, aiming to enhance the client consultation experience and treatment outcomes. 

Diode laser hair removal technology is based on the selective dynamics of light and heat. The laser goes through the skin surface to reach the root of hair follicles, light can be absorbed and converted into heat-damaged hair follicle tissue, so that the hair papilla is damaged without injury surroundling tissue. 

ADVANTAGES

- Permanent hair removal for face, legs, underarms, arms, bikini line, chest, and back 

- Suitable for all skin tones (Fitzpatrick I-VI) 

- Skin tightening and pore refining 

- Improved skin texture and glow after treatment

(1) Handpieces utilizing FAC collimation and compression technology effectively reduce the laser output divergence angle, resulting in a more uniform and concentrated laser output from the handpiece, thereby yielding superior clinical hair removal results.

(2) Handpieces incorporating FAC collimation and compression technology minimize the damage inflicted upon the laser source by optical back-reflection, thereby effectively extending the service life of the laser within the handpiece.

(3) By reducing the laser output divergence angle and minimizing optical back-reflection losses, handpieces equipped with FAC collimation and compression technology reduce photothermal energy loss, thereby effectively enhancing the cooling performance of the handpiece.

(4) Laser sources employing FAC fast-axis collimation technology demonstrate superior stability and lower repair rates, and have consequently become a mainstream product in the industry.

AI SKIN ANALYSIS

(1) Personalized Treatment Parameters: The analyzer assesses skin tone, sensitivity, and hair thickness to recommend optimal laser settings, enhancing results while minimizing risk.

(2) Enhanced Safety on Darker Skin: By accurately analyzing pigmentation and melanin levels, the device adjusts, ensuring safety and avoiding burns, especially in FitzPatrick IV–VI skin types.

(3) Early Detection of Skin Issues: The analyzer can detect hidden skin issues like deeper pigmentation, dehydration, and uneven sebum production, providing a comprehensive assessment before laser application.

(4) Improved Efficiency and Efficacy: By ensuring the treatment parameters are tailored to the specific client, the diode laser produces better outcomes, such as more effective hair removal or skin rejuvenation.

(5) Improved Professional Credibility: Using advanced, data-driven analysis helps build client trust by demonstrating a scientific approach to treatment. 

PARAMETER 

BEFORE & AFTER