Medical supply electronic stethoscope allows hearing a patient’s heart and lungs clearly in high noise environments of up to 100 dB levels, even through thick clothing. Hearing fetal sounds clearly and monitoring blood pressure through clothing layers is also possible.

Medical supply electronic stethoscope has direct amplification combined with fixed and adjustable filters for the blocking of excessive ambient noise and extraneous sounds causing massive interference with conventional stethoscopes. This also allows monitoring of patient’s blood pressure and condition during medevac or ambulance transportation.

One electronic adaptive technology model has an on board LCD screen displays with heart rate and mode. This can record and store 6 separate sounds and playback at normal or ½ speed to aid in the diagnosis. Infrared data transmission of recorded sounds is provided by this model, options of sharing or storing the sounds is given. Digital signal processing over the entire acoustic range, built-in display for easy viewing of the heart rate, patient-friendly nonchill rim and patented soft-sealing ear tips for excellent acoustic seal and comfortable fit are other features of this medical equipment.

Sensor-based amplified stethoscope is an ideal all-around stethoscope with bell and diaphragm mode both for low heart sounds and higher frequency lung sounds. This is equipped with easy to use one-button control and new fully rotating ear tips giving maximum comfort. On the other hand, a medical supply electronic stethoscope is a powerful instrument for healthcare professionals as this offer extended frequency range and conventional amplification system as well as filtering system in an ergonomic design. A better reading is provided for both normal and difficult-to-hear sounds. Enhanced clarity and three frequency response modes for optimal heart and lung auscultation are provided by the filtering circuitry of the device. Chest piece is ergonomically designed for ease of use.

A revolutionary design of medical instrument has the ability to filter out ambient sounds and could hear biological sounds clearly and accurately. This enables the individual to remotely auscultate cardiac and pulmonary sounds. Its connectivity allows multiple health care professionals to listen to biological sounds simultaneously. It is equipped with a link port made to capture sounds and transfer signals to a PC or a PDA for storage and retrieval purposes. This device is ideal for monitoring progress or sharing data with other stethoscope users. Its connectivity helps in the reduction risk of cross contamination and possibility to localize hard-to-hear sounds for a more comprehensive follow-up. This also reduces hospital infections, proves a wider sound spectrum, and it eliminates the need to move injured patients, enabled by the hands-free auscultation feature of the assistive technology.