E.I. Medical is renowned for manufacturing the toughest ultrasounds for field use. You may know about our third-party testing on drops, water resistance, temperature extremes, and more. You may even know that our connectors and hinges are sealed to keep moisture out!

But while a lot of engineering has gone into these features, your equipment will serve you best if you do your part, too. Our service department sees a lot of interesting things come across their desks, and many of the electronic issues seen can be easily avoided with a little preventative care. This includes daily inspection of the equipment, and most importantly, a little routine cleaning and maintenance.

First of all, thanks for a great 2020! In spite of everything, we've had a great year.

Shoot a video testimonial on your phone, GoPro or whatever, telling us how you use your IBEX equipment! Upload it here [up to 100MB]—we'll send a hat and t-shirt to the first 20.

As part of our commitment to keep you updated on the latest developments in the COVID-19 crisis as they pertain to EIMI, we wanted to inform you of the most recent actions impacting our business.

Image: IBEX^® EVO^® + L7HD, in a Holstein cow

Mummification in bovine fetuses has an incidence of less than 2%. It occurs when there is fetal death for any number of reasons (Trichomoniasis and BVD infections have been specifically implicated as causes), but the CL is retained, the cervix stays closed, and there is no bacteria or oxygen present in the uterus to cause maceration. 

It's that time—time to trade-in to trade-up to the latest ultrasound technology for equine reproduction.
Trade in any manufacturer's ultrasound to earn $3000 or more toward purchase. Watch the video to learn more...

Click here to get more information on trading-in to trade-up for equine reproduction, or call us at 1.866.365.6596. To download details on upgrade options, click here.

If you’re new to ultrasound, an image may look like nothing more than a swirling array of grey tones on the screen.  Interpretation requires an understanding of anatomy and physiology, but also of how ultrasound technology functions.

Consider the sonar produced by a bat in flight. The bat emits high frequency sounds, which then bounce off of objects in its proximity and return to the bat. The animal uses the strength, direction, and timing of the returning sound to determine where those objects are and to avoid a collision.