VIBRASENSE

Non-invasive electrodiagnostic device for automated screening of peripheral sensory neuropathy and cardiac autonomic neuropathy. Enables early detection of nerve damage through biosignal measurement, supporting timely clinical intervention and patient outcomes.

Quantitative detector for sensory nerve assessment and evaluation. Provides objective measurements of sensory nerve function for neurological diagnosis and monitoring. Applicable in neurology, endocrinology, and peripheral nerve disorder evaluation.

A clinical diagnostic device used to assess peripheral neuropathy and sensory function in diabetic patients. Helps detect loss of protective sensation in lower extremities.

Vibration sensing devices used for diagnostic purposes and equipment monitoring in medical facilities.

Specialized vascular assessment tools for comprehensive diabetic foot evaluation. Enables detection of peripheral neuropathy and arterial insufficiency in diabetic patients.

Biothesiometer that detect nerve disorders and neuropathy. Biothesiometer zur Erkennung von Nervenstörungen und Neuropathie.

Integrated device combining multiple diagnostic modalities for comprehensive arterial, venous, and lymphatic assessment. Enables point-of-care vascular evaluation in patient natural environments and clinical settings.

The Vital-Sign Data Recorder (VDR-1500) is a medical device used to measure and record various physiological and physical phenomena. It can directly measure parameters such as heart rate using electrocardiography (ECG), respiratory rate, respiratory waveform, PPG, oxygen saturation, perfusion index (PI), and body temperature. These various parameters are transmitted to an external Central Monitoring System or EMR System via Wi-Fi communication, making it a wearable, multifunctional medical measurement device.

A non-invasive diagnostic device that evaluates neuromuscular function through AI-analyzed biosignals, suitable for patients with mobility constraints or those requiring alternative assessment methods. The device supports standardized diagnostic and severity evaluation in clinical and point-of-care settings.

Infrared vein visualization system that uses near-infrared technology to detect and display subcutaneous veins in real-time on a display screen. Designed to assist healthcare professionals in locating veins for venipuncture, intravenous access, and blood draws, reducing needle insertion attempts and improving patient outcomes. The device provides non-invasive, non-contact vein mapping for clinical environments.

Vein finder device that uses infrared imaging and deep neural network processing to visualize peripheral veins with high clarity for clinical venipuncture and vascular access procedures. Provides real-time vein mapping to improve first-attempt success rates in phlebotomy and IV placement across diverse patient populations.