Empowering Care, Delivering Trust

Clara

The Future of Preventive Health

CLARA is an advanced, non-invasive medical device designed for rapid and precise functional assessment of organs and tissues. Utilizing a combination of cutting-edge technologies—Bioelectrical Induction Technology, Bioelectrical Impedance Measurement Technology, and Chronoamperometry Analysis Technology—CLARA provides healthcare professionals with an innovative solution for early detection of health risks and subclinical changes that may lead to serious chronic diseases.

In just a few minutes, CLARA offers a comprehensive, non-invasive analysis of a patient's health status, identifying potential risks for conditions such as cardiovascular disease, diabetes, and hypertension before they manifest clinically. The device integrates sophisticated algorithms that enable a highly accurate and holistic evaluation of the human body.

Clara

Key Functions of CLARA

1

Functional Assessment of Organs and Tissues
  • By detecting variations in the bioelectrical impedance of organs and tissues, CLARA evaluates functional changes that may indicate the presence of early pathological processes.

2

3D Visualization and Health Indicator Analysis
  • CLARA generates detailed, intuitive 3D images of the patient's internal systems, enabling clear visualization of the condition of organs and tissues, which supports early diagnostics and decision-making.

3

Detection of Subclinical Changes
  • The device identifies subtle physiological deviations, which may still be within normal clinical ranges but reveal emerging pathological trends such as atherosclerosis, dyslipidemia, or hypertension.

4

Comprehensive Health Metrics

  • CLARA evaluates up to 220 clinical indicators, including biochemical and functional markers, to provide a thorough overview of the health of major organ systems.

5

Early Warning forChronic Diseases
  • CLARA proactively detects potential risks of chronic diseases, empowering healthcare providers to intervene early and optimize patient outcomes.

6

Fast and Non-invasive Diagnostics
  • By detecting variations in the bioelectrical impedance of organs and tissues, CLARA evaluates functional changes that may indicate the presence of early pathological processes.
Clara

Core Features of CLARA

Safe and Non-invasive

CLARA employs a low-voltage electrical signal (1.3 V) that ensures a completely safe diagnostic procedure without side effects.

220 Clinical Markers

A wide spectrum of biochemical and functional indicators enables a comprehensive assessment of the body's main physiological systems.

Quick Assessment

The full diagnostic process is completed in about 5 minutes, making it ideal for busy clinical settings.

Advanced 3D Visualization

Results are presented through highly detailed 3D models, enhancing the clarity of organ and tissue status and facilitating patient engagement and understanding.

Clara

How Does CLARA Work?

CLARA operates using three integrated technologies that synergistically provide a multi-dimensional analysis of the human body

Bioelectrical Induction Technology

Bioelectrical Impedance Measurement Technology

Chronoamperometry Analysis Technology

Bioelectrical Induction Technology

How It works

  • CLARA emits gentle bioelectrical signals that pass through various tissues of the body.
  • Asthese signals interact with tissues, they generate subtle changes in electrical properties, which CLARA detects and analyzes.
  • Different tissues—such as fat, muscles, organs, and water—exhibit distinct conductivity, allowing the device to assess the condition of specific structures.

What it detects

  • Disruptions in electrical conductivity that may indicate early-stage pathological changes.
  • Variations in cellular metabolism tha signal emerging health risks.
  • Functional stress or weakness in internal organs (e.g., whether an organ is under excessive strain or underperforming).

Key advantage

  • Early detection of abnormalities before structural damage becomes visible on imaging methods like MRI or CT scans.

Bioelectrical Impedance Measurement Technology

How It works

  • The device transmits a low-intensity electric current through the body and measures the resistance (impedance) encountered by the current as it travels through different tissues.
  • Each type of tissue has a unique electrical signature:
    Muscles and body fluids conduct electricity well (lower impedance).
    Fat tissue and bones conduct less electricity (higher impedance).

What it detects

  • Body composition, such as fat-to-muscle ratio and hydration status.
  • Inflammatory changes, as inflammation affects tissue conductivity.
  • The cardiovascular system's performance by analyzing vascular resistance.
  • The metabolic activity of organs, providing insights into the functional capacity of vital systems.

Key advantage

  • Fast andnon-invasive analysis, eliminating the need for blood draws or exposure to radiation.

Chronoamperometry Analysis Technology

How It works

  • This electrochemical method measures microcurrents generated by biochemical reactions in tissues.
  • The electrical current fluctuates depending on the concentration of specific substances in body fluids and tissues.
  • It monitors metabolic processes and cellular activity at a deep level.

What it detects

  • The autonomic nervous system's status (sympathetic/parasympathetic balance).
  • Oxidative stress levels, a key factor in assessing chronic disease risks.
  • Hormonal balance, as hormonal fluctuations impact electrical signaling in the body.
  • Mitochondrial function and cellular energy production, offering a direct window into cellular metabolism.

Key advantage

  • The ability to identify subtle functional imbalances and early pathological markers before standard laboratory tests or imaging reveal them.

Patient Setup

The assessment begins with the patient comfortably seated in a relaxed position. Electrodes are carefully positioned on key areas of the body—including the scalp, palms, and soles of the feet—to ensure optimal conductivity. The subject is instructed to remove all metallic objects, such as jewelry, belts, or watches, to prevent interference with the bioelectrical signals and to guarantee the accuracy of the measurements.

Gentle and Safe Scanning Process

A low-intensity, non-invasive electrical current—measuring only 1.3 volts—is applied to the body. This microcurrent is completely safe and painless, designed to fiow through various biological tissues and organ systems. As it travels, the current interacts with the body's natural bioelectrical properties, providing valuable feedback on physiological activity and systemic health

Real-Time Bioelectric Signal Monitoring

A low-intensity, non-invasive electrical current—measuring only 1.3 volts—is applied to the body. This microcurrent is completely safe and painless, designed to fiow through various biological tissues and organ systems. As it travels, the current interacts with the body's natural bioelectrical properties, providing valuable feedback on physiological activity and systemic health

Intelligent Signal Analysis

Advanced Al-powered algorithms interpret the incoming data, leveraging pattern recognition, comparative models, and clinical research datasets. These algorithms assess subtle changes in electrical resistance, fluid distribution, and metabolic responses, offering a multidimensional view of the body's internal environment. Each body segment is evaluated for signs of imbalance, dysfunction, or risk

Visual Report Generation

Within moments, a comprehensive report is generated and presented through an intuitive 3D visual body map. This full-body representation uses color-coded zones to clearly highlight areas of optimal function, emerging concerns, or elevated risk. The interactive display allows healthcare providers to explore organ and system-level data with precision and clarity.

Personalized Health Insight & Recommendations

The final stage of the process translates raw data and analytical findings into practical, easy-to-understand guidance. Users receive tailored insights into their current health status, including potential nutritional deficiences, inflammation, stress response, hormonal imbalances, and organ performance. Personalized recommendations are offered for lifestyle improvements, preventive strategies, targeted supplementation, and when necessary-further diagnostic testing or medical consultation.

Cardiovascular

Focus: Arterial flexibility, hemodynamic efficiency, and circulatory load

Respiratory

Focus: Pulmonary ventilation, gas exchange, and oxygen delivery

Digestive

Focus: Gastrointestinal performance and nutrient processing

Genitourinary

Focus: Renal filtration, bladder regulation, and reproductive health

Immune

Focus: Inflammatory activity, detoxification, and immune readiness

Endocrine

Focus: Hormonal signaling, adrenal function, and metabolic regulation

Nervous

Focus: Autonomic regulation, neural conductivity, and stress adaptation

Musculoskeletal

Focus: Spinal alignment, joint function, and muscular integrity

Metabolic Internal Environment

Focus: Biochemical balance oxidative stress, and systemic vitality

Clara

Use Cases for CLARA

  • Hospitals & Clinics

Fast functional screening and triage support.

  • Preventive Checkups

Detects imbalances before symptoms appear.

  • Corporate Wellness

Promotes proactive employee health.

  • Integrative Medicine

Complements traditional diagnostics with functional

  • Mobile Units

Enables quick community-based assessments.

  • Rehabilitation

Functional screening and triage

Clara

Benefits of CLARA Compared to Traditional Exams

  • Feature
  • Traditional Exam
  • CLARA System

Focus

Detects disease

Detects risk before symptoms

Scan Time

2-5 hours

Under 6 minutes

Invasiveness

Blood draw, imaging

Fully non-invasive

Radiation Exposure

Yes (X-ray, CT, etc.)

None

Health Systems Covered

Organ structure

Organ function & cellular behavior

Cost Efficiency

High

Low, instant reporting

Use Case

Symptom-based diagnostics

Screening and prevention

Repeatability

Limited

Unlimited, safe for follow-ups

Scientific Validation

CLARA’s technology is backed by strong scientific research and clinical validation

CLARA continues to be evaluated in ongoing research to further expand its clinical applications and predictive power in functional medicine.

96% Clinical Accuracy

Verified through comparative trials with gold-standard diagnostics including CT scans, MRI imaging, and laboratory blood tests.

Global Clinical
Research Support

Validated through multicenter studies conducted in leading medical institutions across China, India, and Europe.

Published Evidence

Featured in peer-reviewed studies highlighting its effectiveness in detecting cardiovascular dysfunction and predicting metabolic risk factors with high reliability

Clara

Quality and Safety Certifications

Clara

Why Choose CLARA?

  • Enables preventive healthcare by identifying risks before symptoms appear.
  • Reduces the need for invasive procedures and expensive diagnostics in the early stages of disease.
  • Supports personalized treatment strategies based on functional health data.
  • Improves patient engagement through clear, visual health insights.

CLARA empowers medical professionals to take a proactive approach to health management, fostering early intervention,
and helping patients maintain optimal well-being.

CONTACT US

Looking for New Equipment? Contact Us for Cutting-Edge Solutions Today!

If you need more information about our latest equipment or have unique requirements, don’t hesitate to contact us:

Our knowledgeable team is ready to assist you in selecting the right equipment to enhance your practice.