AISA O1 Pro 15.6'' 3D AI Face Skin Analyzer Diagnostic Machine User Manual

1. Introduction

The MYOSLIM AISA O1 Pro is a professional-grade skin and scalp testing device that integrates macro skin detection, micro scalp observation, multispectral imaging, and AI intelligent analysis. It is equipped with a high-precision industrial-grade 30-megapixel facial detection camera and a 5-megapixel high-definition lens dedicated to the scalp, supporting 50x magnification observation.

This device utilizes a multispectral imaging system to accurately detect and analyze multi-dimensional health indicators for both facial skin and scalp. For facial skin, it addresses core issues such as acne, sensitivity, pigmentation, aging, and skin texture. For the scalp, it conducts in-depth assessment of key indicators including hair loss risk, sebum secretion, sensitivity status, porphyrin flora, and hair follicle count.

The O1 Pro offers dual capabilities for accurate scalp health assessment and professional skin problem diagnosis. It generates objective and scientific test reports for salons, tracks treatment efficacy, enhances service professionalism, and optimizes efficiency and customer experience.

2. Setup Instructions

2.1. Confirm Accessories

Before beginning, ensure all components are present:

• One Detector (main unit)
• One 15.6-inch Tablet
• One Moisture Pen
• USB Data Cable
• Tablet Adapter
• Power Cord
• Light Shielding Shawl

2.2. Instrument Installation

1. Connect Power: Plug the power cord into the instrument's power interface.
2. Connect USB Data Cable: Connect the USB data cable. The USB interface on the instrument end should be plugged into the external interface, and the tablet end should be connected to the white interface.
3. Install Tablet Adapter: Install the tablet adapter and turn on the tablet.

2.3. Tablet Network Connection

To ensure full functionality, connect the tablet to a network:

1. Open the tablet's settings.
2. Navigate to network settings.
3. Choose one of the three connection methods:
• Wireless Wi-Fi
• Mobile Hotspot
• Ethernet Cable (wired network)

2.4. Instrument Power On & Account Registration

1. Once the instrument is powered on and the tablet is connected to the network, launch the skin testing application.
2. New users will need to register an account. Follow the on-screen prompts to fill in the required registration information (name, gender, age, phone number, etc.).
3. After successful registration, you will be directed to the APP's main interface.

3. Operating Instructions

3.1. XiaoMai AI Assistant

The device includes a 24/7 online AI assistant, XiaoMai, which provides a professional online learning platform for skin consultants. It focuses on skin professional knowledge and problem-solving, offering guidance and support.

3.2. Power On Read Function

The device features a mandatory reading function upon power-on, which includes a built-in operation manual and instrument operation video. This is particularly useful for newly purchased instruments and for training new consultants, reducing education costs. Beauty teachers can learn instrument operation and interpretation of various indicators independently.

3.3. New Customer Profiling (AI Shoot)

1. From the main interface, select 'AI Shoot' to begin a new customer profile.
2. Fill in the customer's information (name, gender, age, phone number, etc.) to create a new profile.
3. Select the desired camera mode: 'Skin Detection' for facial analysis or 'Scalp Detection' for scalp analysis.

3.4. Face Capture Modes

The device offers two face capture modes:

• Pattern A Mode (Single Face Capture): For single side shooting, select left, front, or right face shooting based on customer needs and upload for algorithm analysis.
• Pattern B Mode (Three Face Capture): Shoot three faces together. After taking the front face, change the angle to shoot the left and then the right face in sequence. All three faces are uploaded for algorithm analysis.

3.5. Scalp Detection Mode

This mode is mainly for detecting scalp and hair follicle issues, focusing on visualizing and quantitatively analyzing scalp microecology. It uses a dedicated 50x high-definition scalp probe combined with three-spectral imaging technology.

Shoot three scalp images, and the AI intelligent algorithm will quantify scalp problems. The three spectral images include:

• White Light: Detects surface issues like stratum corneum, scalp texture, hair follicles, and oil.
• Cross Polarized Light: Reduces direct reflected light to observe hidden microvascular structures beneath the epidermis and scalp sensitivity.
• UV Light: Penetrates the epidermal layer to observe the distribution of scalp porphyrins and assess scalp microbiota imbalance.

3.6. File Management

Registered customer photography and analysis results are stored in file management. You can search for customer profiles by phone number or name. This section allows for viewing and managing past analysis data.

3.7. AI Positioning Virtual Image Mode

This mode displays the individual's ghosting from the first photo, allowing adjustment of the ghosting strength. Overlapping the two photos helps compare effects before and after treatment.

3.8. Dashed Line Intelligent Positioning

This feature helps operators align customers with the lines for shooting, ensuring accurate and precise image capture.

3.9. Notes for Taking Photos

• First, remove all makeup.
• If hair is long, fix it with a black headband and do not use a white towel or shower cap.
• Wear a blackout cloth on the chest to avoid light leakage.
• Pull down the hidden light shield (press-type light shield) on the instrument when taking photos.
• Remind customers that their chin should not exceed the chin rest when taking photos.
• Remind customers to close their eyes and relax their expression when taking photos.

3.10. Multispectral Image Analysis

The device captures 9 sets of mode images and AI intelligently quantifies 20 indicators of superficial and deep skin layers. Spectral modes include:

• RGB White Light: For skin tone, wrinkles, pores, pigmentation, and acne.
• Parallel Polarized Light: For sebum secretion, surface texture, fine lines, and wrinkles.
• Cross Polarized Light: For redness, skin lesions, red blood streaks, and irregular skin features beneath the epidermis.
• UV Light: For deep-seated acne, purple pigment, microbiota, pigmentation, residual acne scars, and deep pigmentation.
• Wood's Light: For subcutaneous vascular and pigmented lesions, brown spots, erythema, melasma, acne, spider vein tumors, and fluorescent agents/chemical residues.
• Red Pigment Chart: For sensitivity, redness, and deep inflammation, showing red blood cell distribution.
• Heat Map: For sensitive reactions and inflammation, showing hemoglobin content.
• Black & White (RBX): For melanin distribution and accumulation (epidermis to dermis), identifying potential problems with pigments.
• Brown Image (RBX): For melanin deposits from the basal layer to the dermis, analyzing pigmentation and pigment damage after inflammation.

3.11. Skin Analysis Dimensions

The system classifies skin problems based on surface and deep detection, providing intuitive analysis of severity. Dimensions include:

• Sebum T/U Zone: Quantifies sebum secretion. Yellow areas indicate sebum, darker colors mean more secretion.
• Pore: Quantifies enlarged pores with black dots. Lower scores indicate more enlarged pores.
• Blackhead: Quantifies blackheads with blue dots. Lower scores indicate more rough blackheads.
• Porphyrin: Quantifies purple pigment (bacterial metabolites) with white fluorescent dots. Lower scores indicate worse skin cleanliness.
• Acne: Quantitative area for acne, acne scars, rosacea, papules, inflammation, pustules, cysts, and nodules. Lower scores indicate more severe acne.
• UV Acne: Quantifies bacterial proliferation in sebaceous glands and Propionibacterium acnes with bright red fluorescent dots. Lower scores indicate more proliferating microbiota.
• Acne Heatmap: Shows inflammation severity through colors (red: severe, yellow: moderate, green: mild, blue: normal).
• Sensitivity: Observes skin redness from microvascular damage. Lower scores indicate more severe sensitivity.
• Red Pigment Chart (Sensitivity): Provides intuitive view of red blood cell distribution, skin lesions, pigmentation, and acne scars.
• Heat Map (Sensitivity): Focuses on deep layer inflammation and high hemoglobin levels.
• Dark Spots (Pigment Type): Quantifies visible spots like sunspots, freckles, melasma, acne scars, moles. Lower scores indicate more color spots.
• Pigment (Pigment Type): Observes pigmented skin lesions in basal and dermal layers under Wu's light. Lower scores indicate more severe pigmentation.
• Pigment Heatmap: Shows inflammatory pigmentation through colors.
• Wrinkle (Senile Type): Quantifies wrinkles (forehead, Sichuan character lines, eye contour, crow's feet) with green lines. Lower scores indicate more severe wrinkles.
• Texture (Senile Type): Observes skin aging from collagen loss and roughness. Lower scores indicate rougher skin texture.
• Skin Tone (Skin Colour): Quantifies skin color (Caucasian, Yellow, Black).
• Fluorescent Agent: Identifies fluorescent agents and heavy metals using Wood's light.
• Sunscreen: Examines sun protection effect using Wu's light.

3.12. Moisture Detection

Use the professional separated moisture pen to test skin moisture. A value of 40 or above indicates normal moisture; below 40 indicates dehydration.

3.13. Aging Prediction

The device can predict skin aging by showing ghosting from the first photo, allowing comparison of before and after treatment effects.

3.14. 3D Simulation

Local 3D multidimensional slicing allows viewing surface and deep skin problems, including depth of spots, pores, acne, and wrinkles.

3.15. Diagnostic Report

The DeepSeek big data model analyzes skin indicators, generates detailed reports, and recommends professional nursing advice and daily care plans. The comprehensive score reflects overall skin condition. You can scan a QR code to view the H5 skin report page.

3.16. Product Recommendation

Based on AI algorithms, the system provides precise product treatment plans for current and potential skin problems.

3.17. Contrastive Analysis

Compare images from different times or under different light sources to verify product efficacy. Images can be zoomed and fixed-point comparisons made using brushes and grids.

3.18. Scalp Detection

The dedicated 50x high-definition scalp probe combined with three-spectral imaging visualizes scalp micro-ecosystem status, diagnoses core problems (inflammation, sebum, hair follicle count), and provides a basis for customized scalp care.

Video 1: Demonstration of the AISA O1 Pro Skin Analyzer in use, showing user registration, face scanning, and various spectral analyses.

4. Maintenance

4.1. General Cleaning

• Device Exterior: Wipe the exterior of the device and tablet with a soft, dry cloth. For stubborn spots, use a slightly damp cloth with a mild, non-abrasive cleaner.
• Camera Lens: Use a specialized lens cleaning cloth and solution to gently clean the camera lens to ensure clear imaging.
• Moisture Pen: Clean the tip of the moisture pen after each use to prevent residue buildup.

4.2. Software Updates

The device's software functions and algorithms are regularly optimized. Customers can update to the latest version of the skin testing software through the account settings at no cost. This ensures optimal performance and access to new features.

5. Troubleshooting

This section addresses common issues and provides general advice for optimal device performance.

5.1. General Skin Care Considerations (from AI Assistant)

• Acne: Practice gentle cleansing, use topical treatments (benzoyl peroxide, salicylic acid, retinoids), maintain a balanced diet, stay hydrated, ensure adequate sleep, and avoid picking or squeezing.
• Sebum Control: Incorporate skincare products with niacinamide or zinc PCA. Use a gentle foaming cleanser twice daily and a lightweight, non-comedogenic moisturizer. Weekly clay masks can absorb excess oil.
• Skin Texture: Use products containing hyaluronic acid for hydration and retinol to stimulate cell turnover.
• Wrinkles: Use peptide-based creams and antioxidant-rich moisturizers.

5.2. Scalp Care Considerations

• Greasy Scalp: Regular cleaning with mild, non-irritating care products. Massage frequently to promote blood circulation. Eat fresh vegetables and fruits, avoid spicy/greasy foods, and prevent scalp irritation from high temperatures.
• Dandruff: Avoid frequent hair washing and scratching. Eat light foods, avoid greasy/spicy foods. Improve physical condition. For dry scalp, increase hydration; for oily scalp, avoid greasy foods.
• Sensitive Scalp: Avoid direct sunlight. Maintain a balanced diet, develop good lifestyle habits, avoid staying up late, ensure a comfortable mood, and avoid excessive stress.
• Porphyrin (Bacterial Overgrowth): Perform deep cleaning to unclog hair follicles. Use repair, hydration, and detoxification projects. Avoid squeezing/scratching to prevent infection. Protect from sun and maintain a relaxed mood.

6. Specifications

7. Warranty & Support

The manufacturer provides professional technical support. For any issues or inquiries, please contact the seller's professional technical team for online diagnostics and local repair assistance.

Disclaimer: This product is not intended to diagnose, mitigate, treat, cure or prevent any disease.

8. User Tips

• Always ensure the client's face is clean and free of makeup for the most accurate skin analysis results.
• When performing scalp analysis, ensure the scalp probe is in direct contact with the skin for clear imaging.
• Utilize the AI Assistant (XiaoMai) for quick answers to common skin and scalp care questions.
• Regularly check for and install software updates to benefit from improved algorithms and new features.
• For comparative analysis, ensure consistent lighting and positioning during each scan to accurately track changes over time.
• Take advantage of the built-in operation manual and training videos to familiarize yourself with all features and functions.