DeepScan

Non-invasive screening that gives a clinician something to act on in minutes.

DeepScan is an automatic express screening analyzer. Five sensors on the skin, a short session, and a report covering hemodynamic, biochemical, and immunological parameters — without blood sampling or irradiation.

Clinician holding the DeepScan analyzer with five colored sensor cables
136 hemodynamic, biochemical, and immunological parameters
6–12 min for a full non-invasive measurement
5 sensors placed at designated points on the body

Intended use

Built for hospitals, clinics, sport and wellness centres, and private practice. DeepScan lets medical teams monitor patients regularly, flag signs of pathology, and keep multifunctional screening inside an ordinary appointment.

Clinician using DeepScan during a patient screening

What it does

Real-time testing

A check of the body’s functional state at the moment of the exam.

Broad parameter set

One session covers hemodynamic, biochemical, and immunological indicators.

Change over time

Stored records make it possible to compare results from visit to visit.

Physical and emotional status

The report reflects both physiological readings and overall health status.

Pathology flags

Deep-learning algorithms highlight risks in the cardiovascular system, gastrointestinal tract, urogenital system, and more.

Patient reporting

Each patient has a record in the database and a detailed report after the exam.

Secure storage

Results can be stored securely and exported for further clinical review.

How it works

The analyzer studies how the autonomic nervous system adjusts to internal and external factors. Temperature at five body points, together with heart rate, respiratory rate, and the patient’s profile, is processed by the USPIH neural-network software.

  1. Create the patient card

    Create the patient card

    In USPIH software the clinician enters sex, age, weight, and measured heart and respiratory rates.

  2. Place the sensors

    Place the sensors

    Five microprocessors are attached at designated points on the patient’s body.

  3. Set the interval

    Set the interval

    The examination interval is set and the device starts measuring.

  4. Neural-network analysis

    Neural-network analysis

    USPIH processes the sensor data together with the patient profile and produces the screening report.

  5. Save and review

    Save and review

    Results are saved, exported if needed, and used as a basis for clinical decisions or further tests.

Clinical applications

General indicators

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Erythrocytes, hemoglobin, hematocrit, platelets, leukocytes, lymphocytes, monocytes, glucose, total cholesterol, LDL, HDL, triglycerides, ALT, AST, and bilirubin.

Hemogram and coagulation

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Full hemogram including MCH, MCV, MCHC, ESR, and differential; clotting times (Lee-White), fibrinogen, prothrombin index, and hematocrit.

Electrolytes and water

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Calcium, magnesium, potassium, sodium, plus cellular, extracellular, and total body water.

Metabolism and liver

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Carbohydrate, protein, and lipid metabolism; liver enzymes and bilirubin fractions; gastric functional parameters.

Hormones and enzymes

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Selected hormone readings (including testosterone, total estrogen, and T4) and enzyme activity such as amylase, acetylcholinesterase, and creatine kinase fractions.

Internal blood flow

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Distribution of blood flow to myocardium, muscle, brain, portal vein, kidney, skin, and other organs, plus cerebral hemodynamics.

Cardio-respiratory function

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Pulmonary vascular resistance, circulation times, lung volumes and flows, energy expenditure, and related cardio-respiratory indices.

Oxygen, CO₂, and cardiovascular work

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Oxygen transport and consumption, CO₂ elimination, stroke volume, ECG intervals, arterial pressure, and related cardiovascular parameters.

What makes it different

No blood draw, no irradiation

The procedure is painless and avoids the infection risks that come with venipuncture. It is safe for both patient and clinician.

No blood draw, no irradiation

Calibrated to the individual

AI algorithms account for external and internal factors, reduce handling error, and calibrate results to each patient. Repeated clinical evaluations support reliability of the readings.

Calibrated to the individual

No reagents or consumables

DeepScan does not need chemical reagents, sample containers, or other disposables. Software updates keep the analyzer current without extra laboratory overhead.

No reagents or consumables

Watch the video

User manuals, training, and technical documentation are available on request through the form below.

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