AISA O1 Pro Face Skin Analyzer User Manual

1. Introduction

The AISA O1 Pro is a professional 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. The device integrates a multispectral imaging system to accurately detect and analyze multi-dimensional health indicators for both facial skin and scalp.

For facial skin, it covers 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 boasts dual capabilities for accurate scalp health assessment and professional skin problem diagnosis. It quickly generates objective and scientific test reports and accurately tracks the efficacy of care treatments, enhancing professionalism and optimizing service efficiency.

2. Setup and Installation

2.1 Confirm Accessories

Before starting, ensure all components are present:

• One Detector Unit
• One 15.6-inch Tablet
• One Moisture Pen
• USB Data Cable
• Tablet Adapter
• Power Cord
• Light Shielding Shawl

2.2 Instrument Installation

Follow these steps to install the instrument:

1. Connect the Power Cord to the instrument.
2. 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 the Tablet Adapter.
4. Turn on the device when powered on.

2.3 Tablet Network Connection

To connect the tablet to the network:

1. Open Tablet Settings.
2. Connect to Network.
3. Choose one of the three network connection methods: Wireless Wi-Fi, Mobile Hotspot, or Ethernet Cable (wired network).

2.4 Instrument Power On

Once connected, enter the skin testing app to register an account.

2.5 Notes for Taking Photos

For accurate analysis, please follow these guidelines when taking photos:

• First, remove all makeup.
• If hair is long, fix it with a headband first, and do not wrap it with 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. Operating Instructions

3.1 Account Registration and Login

For new users, you will need to register an account:

1. From the login interface, select 'quick registration'.
2. Fill in the required registration information in sequence (name, gender, age, phone number, etc.).
3. Once registered, you can log in to the APP main interface.

3.2 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.

3.3 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 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.

3.4 Customer Profiling and Camera Mode

To begin a new analysis:

1. Select 'AI Shoot' from the main interface to start new customer profiling.
2. Fill in the customer's information to create a profile.
3. Select the desired camera mode: Skin Detection or Scalp Detection.

3.5 Face Capture Modes

There are two primary modes for face capture:

• Pattern A Mode (Single Face Capture): For single-side shooting, select left, front, and right face shooting based on customer needs and upload for algorithm analysis.
• Pattern B Mode (Three Face Capture: Left/Front/Right): Shoot three faces together. After taking the front face on the shooting interface, change the angle of the face and shoot the left face to the right face in sequence. Upload the three faces together for algorithm analysis.

3.6 Scalp Detection Mode

This mode is designed for detecting scalp and hair follicle issues, focusing on visualizing and quantitatively analyzing scalp microecology. The shooting interface allows you to capture three scalp images, which the AI intelligent algorithm then uses to quantify scalp problems.

3.7 File Management

The system allows for registered customer photography and file management. You can search for customer profiles by phone number or name. This feature is mainly used for detecting scalp and hair follicle issues, focusing on visualizing and quantitatively analyzing scalp microecology.

3.8 AI Positioning Virtual Image Mode

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

3.9 Dashed Line Intelligent Positioning

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

3.10 Multispectral Image Analysis

The O1 Pro captures 9 sets of mode images and intelligently quantifies 20 indicators of superficial and deep skin layers. Below are the spectral modes and their applications:

• RGB White Light: Detects skin tone, wrinkles, pores, pigmentation, and acne under natural light.
• Parallel Polarized Light: Enhances optical reflection of the skin surface to observe sebum secretion and improve clarity of surface texture, fine lines, and wrinkles.
• Cross Polarized Light: Weakens direct light reflection to observe microvascular structure, redness, skin lesions, and red blood streaks beneath the epidermis.
• UV Light (365nm): Penetrates to the epidermal layer to reveal deep-seated acne, purple pigment, microbiota, pigmentation, residual acne scars, and deep pigmentation.
• Wood's Light: Reflects clinical effects on the skin, observing subcutaneous vascular and pigmented lesions, brown spots, erythema, and potential dangers like melasma, acne, and spider vein tumors. Highlights fluorescent agents and chemical residues.
• Red Pigment Chart: Combines composite spectra and AI algorithms to show distribution of red blood cells, sensitivity, redness, and deep inflammation.
• Heat Map: Shows sensitive reactions in deep skin layers, indicating areas with high hemoglobin content and inflammation.
• Black & White (RBX Image Analysis): Generated from UV images, shows distribution and accumulation of melanin from epidermis to dermis, identifying potential problems with pigments.
• Brown Image (RBX Image Analysis): Shows distribution and accumulation of melanin deposits from the basal layer to the dermis, analyzing pigmentation and pigment damage after inflammation.

3.11 Spectral/Indicator Interpretation

The system provides spectral voice explanations to help understand the principle of each spectrum and the skin problems detected. Indicator interpretation explains the meaning of each indicator and reasons for its formation, aiding in consolidating expertise and helping customers understand results.

3.12 Skin Analysis Dimension & Quantitative Results

Skin problems are classified based on surface and deep detection. Skin type dimensions include skin type, acne type, sensitive type, pigmented type, aging type, skin tone, and fluorescent agent. Results are presented as scores or textual descriptions; lower scores indicate more severe problems.

3.13 Analysis of Skin Indicator AI Big Data Model

The DeepSeek big data model extracts skin symptoms from massive detection data, performs deep analysis, generates detailed indicator reports, and intelligently recommends professional hospital nursing advice and daily nursing plans.

3.14 Enlarge Function

Local magnification of images allows for clearer observation of surface and deeper areas of the skin, providing a clear understanding of the severity of skin damage related to wrinkles, pigmentation, and sensitivity.

3.15 Skin Type Analysis

• Sebum T/U Zone: Analyzes lipid substances secreted by sebaceous glands. Yellow areas indicate quantified sebum, with darker colors for more secretion.
• Pore: Quantifies enlarged pores (black dots) based on expansion and smoothness of sebaceous gland pores. Lower scores indicate more enlarged pores.
• Blackhead: Quantifies blackheads (blue dots) formed by sebum, cell debris, and bacteria blocking hair follicles, oxidized by air. Lower scores indicate more rough blackheads.
• Porphyrin: Detects metabolic products of bacteria in pores under UV light. Higher porphyrin content indicates easier bacterial breeding for acne; lower content suggests lacking skin nutrients.

3.16 Acne Type Analysis

• Acne: Identifies chronic inflammatory skin disease in hair follicles and sebaceous glands. Quantitative areas are marked (green for acne/scars, yellow for papules/inflammation, orange for pustules, red for cysts/nodules). Lower scores indicate more severe acne.
• UV Acne: Analyzes proliferation of bacteria in sebaceous glands and Propionibacterium acnes under blue light. Bright red fluorescent dots quantify UV acne. Lower scores indicate more microbiota proliferation.
• Acne Heatmap: Shows areas with high hemoglobin content due to inflammation from acne. Green, yellow, and red colors indicate increasing severity of inflammation.

3.17 Sensitive Type Analysis

• Sensitivity: Observes skin redness from microvascular damage under cross-polarized light (acne, sunburn, etc.). Red areas indicate sensitive skin. Lower scores indicate more severe sensitivity.
• Red Pigment Chart: Provides an intuitive view of red blood cell distribution, sensitivity, redness, and deep skin lesions. Dark red dots, networks, and irregular blocks indicate sensitive areas.
• Heat Map: Focuses on inflammation in deep skin layers. Four colors indicate varying hemoglobin levels: blue (normal), green (mild), yellow (moderate), red (severe).

3.18 Pigment Type Analysis

• Dark Spots: Identifies visible spots on the skin surface (sunspots, freckles, melasma, acne scars, moles). Green marked areas quantify color spots. Lower scores indicate more color spots.
• Pigment: Observes pigmented skin lesions in basal and dermal layers under special Wu's light. Black blocks represent pigment quantification. Lower scores indicate more severe pigmentation.
• Pigment Heatmap: Reflects the severity of inflammation through different colors: red (severe), yellow (moderate), green (mild), blue (normal).

3.19 Senile Type Analysis

• Wrinkle: Quantifies wrinkles (green line area) due to decreased elastic fibers, subcutaneous fat, and moisture. Lower scores indicate more severe wrinkles.
• Texture: Observes skin aging from collagen loss, revealing wrinkle development and direction, and skin roughness. Quantified areas of non-smooth texture represent fine lines, lack of hydration, and collagen. Lower scores indicate rougher skin texture.

3.20 Skin Colour Analysis

Skin Tone: Determined by melanin synthesis and distribution. White light photography quantifies skin color for different races. Quantitative results range from green/transparent white (100-81) to red/dark (1-20).

3.21 Fluorescent Agent Analysis

In Wood's mode, the device identifies fluorescent agents and heavy metals in skincare products and cosmetics by detecting strong fluorescence and chemical residue reflections. Large area white fluorescent reactions indicate fluorescent agents; bright colors distinguish heavy metal/hormone expression.

3.22 Sunscreen Analysis

By examining the sun protection effect through Wu's light, the closer the skin color is to the skin, the better the sun protection effect. Sun protection prevents UV damage, skin aging, pigmentation, inflammation, and reduces skin cancer risk.

3.23 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.

3.24 Aging Prediction

The system uses millions of big data models and physiological age to analyze skin conditions, quantify problems, and predict skin aging.

3.25 3D Simulation

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

3.26 Diagnostic Report

The AI quantifies 5 color distinctions for each indicator, showing problem severity and main care status. A comprehensive score based on AI quantitative scores helps customers understand overall skin condition. Scan the QR code to view the H5 skin report page, with intelligent switching between indicator pages.

3.27 Skin Age

Relies on millions of big data models combined with real physiological age to accurately analyze skin conditions, quantify problems, and scientifically predict skin age.

3.28 AI Big Model Analysis (Comprehensive Diagnosis)

Deepseek's large model analyzes all skin indicators, identifies the top three most severe (sensitivity, acne, pores, pigmentation, aging), and recommends customized solutions for hospital nursing and daily care.

3.29 Product Recommendation

After quantifying indicator data with AI algorithms, precise product treatment plans are provided for skin problems, including current and potential issues, to achieve precise treatment effects.

3.30 Contrastive Analysis

Compare skin problems at different times and with different light sources to verify product efficacy. Images can be zoomed in, and fixed-point comparisons can be made using brushes and grids.

3.31 Scalp Detection

A dedicated 50x high-definition scalp probe with three-spectral imaging visualizes scalp micro-ecosystem status, generates professional reports, diagnoses problems (inflammation, sebum, hair follicle count), and provides a scientific basis for customized scalp care regimens.

3.31.1 Three Spectral Image (Scalp)

• White Light: Detects stratum corneum, scalp texture, hair follicles, and oil.
• Cross Polarized Light: Observes hidden microvascular structures and scalp sensitivity.
• UV Light: Reveals scalp porphyrin distribution and microbiota imbalance.

3.31.2 Original Scalp Image

Intelligent switching of tri-spectral images, explaining scalp problems through image analysis, and using toolbar tools for fixed-point analysis.

3.31.3 Scalp Analysis Indicators

• Hair Density/Cross Polarized Light: Counts hair follicles per unit area, evaluates hair density, and identifies hair loss risk. Higher scores mean denser hair.
• Grease/White Light: Evaluates scalp oil secretion and stratum corneum thickness to determine scalp type (dry/oily). Higher scores mean less oil production.
• Dandruff/Cross Polarized Light: Analyzes distribution density, particle size, and morphological characteristics of dandruff. Higher scores mean less dandruff.
• Sensitivity/Cross Polarized Light: Analyzes scalp redness and sensitivity around hair follicles. Higher scores mean less sensitive areas.
• Porphyrin/UV Light: Detects scalp porphyrins. Higher scores mean less porphyrin.

3.31.4 Scalp Indicators/Comprehensive Report

Presents scalp test results, quantitative scores for 5 indicators, color differentiation, and professional diagnostic opinions. Scan the QR code for the H5 report page.

3.31.5 Recommended Products (Scalp)

After quantifying scalp indicator data with AI, precise product treatment plans are provided for scalp problems.

3.32 Product Demonstration Video

4. Maintenance

4.1 Hide Settings

The software allows for personalized skin detection indicator selection. Based on the actual situation of the store, corresponding indicators that do not need to be detected can be hidden.

4.2 APP Cloud Upgrade Service

In response to constantly changing market demands, the functions and algorithms of the skin testing software are regularly optimized. Customers can update to the latest version of the skin testing software in their account settings at no cost.4.3 Cleaning Instructions

To ensure optimal performance and hygiene, regularly clean the device. Use a soft, dry cloth to wipe the exterior. For the camera lens and skin contact areas, use a lint-free cloth lightly dampened with a mild, non-abrasive disinfectant. Ensure no liquids enter the device openings.

5. Troubleshooting

If you encounter any issues with your AISA O1 Pro Face Skin Analyzer, please consider the following general troubleshooting steps:

• Device not powering on: Ensure the power cord is securely connected to both the device and a working power outlet. Check if the power button is pressed.
• Tablet not connecting to network: Verify Wi-Fi or Ethernet cable connections. Ensure correct network credentials are entered.
• Inaccurate analysis results: Review the 'Notes for Taking Photos' section to ensure proper preparation and photo-taking technique. Ensure the camera lens is clean.
• Software issues: Check for available APP updates in the 'APP Cloud Upgrade Service' section. Restart the tablet and the analyzer.

If the problem persists, please refer to the detailed user manual PDF or contact customer support for assistance.

6. Specifications

7. Warranty and Support

7.1 Warranty

The AISA O1 Pro Face Skin Analyzer comes with a 1 Year Warranty.

7.2 After-sales Service

After-sales service includes:

• Online support
• Free spare parts
• Video technical support

7.3 User Manual (PDF)

A detailed user manual in PDF format is available for further reference. You can view or download it from the following link: User manual (PDF)

8. User Tips

• Consistent Lighting: Always perform skin analysis in consistent, controlled lighting conditions to ensure accurate and comparable results.
• Client Preparation: Ensure clients remove all makeup and hair is pulled back to avoid interference with the analysis.
• Regular Calibration: Periodically check for software updates and ensure the device is calibrated according to manufacturer guidelines for optimal performance.
• Data Backup: Regularly back up customer profiles and analysis data to prevent loss.
• Moisture Pen Usage: When using the moisture pen, ensure good contact with the skin and follow the on-screen prompts for accurate readings.

9. Frequently Asked Questions (FAQ)

Q: How often should I clean the device?

A: It is recommended to clean the device exterior daily with a soft, dry cloth. The camera lens and skin contact areas should be cleaned with a lint-free cloth lightly dampened with a mild disinfectant after each use.

Q: Can I use the device for both face and scalp analysis?

A: Yes, the AISA O1 Pro is designed for both facial skin and scalp analysis, featuring a dedicated 30-megapixel facial camera and a 5-megapixel scalp lens.

Q: What kind of reports does the device generate?

A: The device generates comprehensive diagnostic reports with quantitative scores for various skin and scalp indicators, AI-driven analysis, and personalized product/treatment recommendations.

Q: Is the software updated regularly?

A: Yes, the APP cloud upgrade service ensures that the software functions and algorithms are regularly optimized. You can update to the latest version through the account settings.