Advancing the biofluid inflammometer™ to clinical investigation

Innovative Devices

Developing advanced diagnostic devices for medical applications and research.

UroFlow Cystometer licensed to SRS MedicalUroFlow Cystometer licensed to SRS Medical
Urethro-Cystometer

Noninvasive device for diagnosing lower urinary tract symptoms.

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The Biofluid Inflammometer is enchanced with machine learning to provide context to measurements
The Biofluid Inflammometer is enchanced with machine learning to provide context to measurements
The Biofluid Inflammometer

Patented and Trademarked clinical whole blood viscometer providing rapid viscosity measurements across a full spectrum of physiologically relevant shear rates all in less than a minute.

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Innovative Diagnostic Devices

Biofluid Technology develops noninvasive diagnostic devices for lower urinary tract symptoms and whole blood viscosity assessments.

Noninvasive Urethro-Cystometer

A device for diagnosing lower urinary tract symptoms in elderly males with precision and ease.

Biofluid Inflammometer™

A clinical viscometer providing rapid whole blood viscosity profiles for enhanced patient diagnostics.

Advanced Blood Analysis

Whole Blood Viscosity
white and red plastic tools
white and red plastic tools

Innovative Diagnostics

Advanced medical devices for noninvasive urinary tract symptom diagnosis.

A medical setting with two people, likely healthcare professionals, focusing on a patient who is surrounded by numerous medical devices and monitors. The environment is busy with various tubes and equipment connected to the patient.
A medical setting with two people, likely healthcare professionals, focusing on a patient who is surrounded by numerous medical devices and monitors. The environment is busy with various tubes and equipment connected to the patient.
A wooden table displays various hearing aid devices in their respective cases. Several head-shaped models showcase the devices. In the background, a screen is visible with abstract green and blue graphics.
A wooden table displays various hearing aid devices in their respective cases. Several head-shaped models showcase the devices. In the background, a screen is visible with abstract green and blue graphics.
A hand is holding a small, white electronic device with a lens in the center, likely a sensor, which is flanked by metal arms. In the background, there is a blurry image of a computer screen displaying various icons and a digital image of a face.
A hand is holding a small, white electronic device with a lens in the center, likely a sensor, which is flanked by metal arms. In the background, there is a blurry image of a computer screen displaying various icons and a digital image of a face.
Two women are engaged in a laboratory setting. They are working on an electronic project involving a circuit board and a small device placed on the table. The workspace is equipped with modern technology, and there is a laptop in use, likely for coding or data analysis. The background features blue walls with scientific patterns and equipment.
Two women are engaged in a laboratory setting. They are working on an electronic project involving a circuit board and a small device placed on the table. The workspace is equipped with modern technology, and there is a laptop in use, likely for coding or data analysis. The background features blue walls with scientific patterns and equipment.
Innovation

Developing noninvasive diagnostic devices for the healthcare of today, tomorrow, and the future.

Research

Technology

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