Impedance cardiography system is used for real-time noninvasive cardiac output measurement. It also provides measures of cardiac flow, rather than pressure measurements. This system uses sensors to detect the properties of the blood flow in the thorax.

Impervious comfort gowns provide impervious protection against microorganisms and a complete barrier against fluid. It is comfortable fabric like feel finish, which is used for prolonged wear. It features include potential for soaking and heavy fluid contact in front, impervious film laminate and perforated open back.

Impervious film gowns feature a plastic film for impervious protection when there is a potential for soaking and heavy fluid contact in front. The impervious film is formed from materials selected from the group of polyethylene, polyurethane, ethylene vinylacetate, ethylene methacrylate and co-polyester.

Impervious urology gown is laminated with polyethylene. Its knitted cuffs, waist and neck ties give complete body protection from contamination. It features include potential for soaking and heavy fluid contact in front, impervious film laminate and perforated open back.

Implant inserter is made of a smooth material and facilitates deep orbit placement of implants. The inserter slides through the orbital tissue while protecting the implant from tissue grab commonly associated with porous implants. The inserter is designed with a slit side and multiple petals at the posterior opening to effectively place different implant sizes and shapes deep into the orbit.

Implantable Bone Growth Stimulators are used as an adjunct to internal/external fixation and allograft/autograft.

Implantable cardiac defibrillator is a device, which is put within the body. It is to recognize certain types of abnormal heart rhythms (arrhythmias) and correct them. It continuously monitors the heart rhythm in order to detect overly rapid arrhythmias such as ventricular tachycardia and ventricular fibrillation. These ventricular arrhythmias impair the pumping efficiency of the heart and greatly raise the risks of fainting and sudden cardiac arrest. It corrects the heart rhythm by delivering precisely calibrated and timed electrical shocks, when needed, to restore a normal heartbeat.

An implantable cardioverter defibrillator is a device like pacemaker. It is placed under the skin just below the collarbone. The device uses leads to monitor every single heartbeat. If a lethal rhythm appears, the defibrillator shocks the heart back to a normal rhythm. It monitors the patient's heart rhythm, and automatically administers shocks for various life threatening arrhythmias, according to the device's programming. It is used in patients at risk for recurrent, sustained ventricular tachycardia or fibrillation. The device is connected to leads positioned inside the heart or on its surface. These leads are used to deliver electrical shocks, sense the cardiac rhythm and sometimes pace the heart, as needed. The various leads are tunneled to a pulse generator, which is implanted in a pouch beneath the skin of the chest or abdomen. These generators are typically a little larger than a wallet and have electronics that automatically monitor and treat heart rhythms recognized as abnormal.

An implantable defibrillator is a device, which is used to monitor heart rate. It uses batteries to send electric signals to a heart that's beating too slow, similar to a pacemaker. It can also deliver an electric shock to help restore a normal heartbeat to a heart that's beating chaotically and much too fast. Cardiac defibrillation is a way to return an abnormally fast or disorganized heartbeat to normal with an electric shock. The device is inserted under the skin in the chest or abdomen.  The procedure is similar to that of a pacemaker insertion. One wire is connected to the heart and another is connected to the defibrillator unit. The defibrillator unit monitors the heart rhythm, sends an electrical shock and keeps a record of the events. If the heart is beating normally, the ICD is inactive. When an abnormal, fast heart rate, known as a tachycardia, is detected, the ICD will send electric shock signals to the heart. The electric shock converts the abnormal rhythm to a normal rhythm. The low energy electric shocks delivered by the ICD do not harm the patient or anyone in physical contact with the patient.  The patient may feel the symptoms of the tachycardia as it begins.