3M™ Littmann® Classic II Infant Stethoscope, Rainbow-finish Chestpiece, Raspberry Tube, 28 in, 2157

The 3M™ Littmann® Classic II Infant Stethoscope is specially designed for use on infant patients and delivers high acoustic sensitivity, through its dual-side chestpiece, for both high and low frequency sounds.  A specially engineered 1 inch floating diaphragm and 3/4 inch bell are designed for capturing high and low frequencies respectively. With specially sized diaphragms, these stethoscopes are used by students and medical professionals alike to identify, listen to, and study heart, lung, and other body sounds for physical assessment and diagnosis in infant patients. Resilient tubing folds tightly for pocket portability and retains its shape while patented Snap Tight Soft-Sealing Eartips help form an effective acoustic seal. The anatomically correct headset is angled to channel sound and enhance listening comfort while the nonchill rim and diaphragm provide patient comfort. The Classic II Infant  Stethoscope is made in the USA. The product and package are latex-free and come with an alternate pair of small eartips and instructions.

Stethoscopes are diagnostic instruments that amplify sounds made by the body from the heart, lungs, abdomen and intestinal tract, or other body sites. A stethoscope is used to detect and study internal systems, such as fetal development, blood flow or blood pressure (BP), and respiration, and sounds, such as cardiac, venous, arterial, pulmonary, and uterine. Stethoscopes typically have Y-shaped rubber tubing that allows sound to travel from the chestpiece to the eartips. An open bell detects low frequency sounds, and a diaphragm detects high frequency sounds. A stethoscope can come as single, double (dual), or triple-head. Binaural stethoscopes are used with both ears, and single stethoscopes work with one ear. Differential stethoscopes are double-head, and allow sound comparison between different body sites. Non-electronic, also called mechanical or acoustic stethoscopes, transmit sound through hollow tubing to a listener&rsq