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Showing posts from March, 2025

API Lenses Advancing Hair and Skin Analysis with High-Resolution Imaging | Aram Huvis

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Aram Huvis provides advanced skin and hair analyzers with high-performance imaging, multi-OS compatibility, and Wi-Fi video streaming. These skin analyzer devices assess factors like moisture, sebum, pores, melanin, acne, wrinkles, sensitivity, scalp health, hair density, keratin levels, and follicle conditions. They offer specialized magnification levels for in-depth analysis and are equipped with high-magnification lenses and LED lighting. Aram Huvis offers a range of advanced analyzers designed for comprehensive hair and scalp assessments. Here's an overview of their key models: - API 100: Skin and Scalp Analysis The API 100 primarily focuses on skin analysis but also assesses scalp conditions. It evaluates key parameters such as moisture, sebum levels, pores, melanin, pore cleanliness, wrinkles, and sensitivity. The device features Wi-Fi connectivity, supports multiple operating systems (Android, iOS, Windows), and offers high-resolution imaging for precise analysis. ...

Smart Scalp Type Analysis and Customized Haircare Solution | Aram Huvis

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Aram Huvis developed the AI Scalp Grader (AISG), an advanced system that analyzes scalp conditions and identifies ten distinct types. AISG offers personalized care solutions, achieving a 93% satisfaction rate and improving scalp health by 50% in just four weeks, making it an ideal choice for salons and clinics. The AISG is a deep-learning system that uses over 100,000 data points to assess scalp conditions. It provides personalized care solutions by measuring the customer's scalp at six locations, transmitting images to an AI analysis server, and displaying results for consultation. The system identifies 10 scalp conditions, including good, dry, oily, sensitive, atopic, seborrheic, troubled, dry dandruff, oily dandruff, and hair loss. - AI-Powered Personalized Scalp Care System The AI scalp analysis and custom care system uses advanced AI to assess scalp type, hair density, thickness, and hair loss through photography and interviews. This data-driven process enables the insta...