| Over the last 100 years, medical equipment technology | | | | implantable cardiac pacemaker in the late 1950s, |
| has undergone many big transformations, as the | | | | building on the work of engineer John Hopps. |
| speed at which scientific and technological | | | | 6. Balloon Catheter |
| advancements are made increased exponentially with | | | | Thomas Fogarty invented the first ever balloon |
| the advent of the computer. Here are 10 of the | | | | catheter in 1963. His device became an industry |
| biggest breakthroughs in medical equipment made in | | | | standard, as it allowed for the bladder to be drained |
| the past 100 years. | | | | continuously, a critical advantage during surgery. |
| 1. The Ultrasound Machine | | | | 7. The Portable EKG |
| The modern ultrasound machine was a result of many | | | | The Frank Sanborn company was responsible for the |
| decades of research and invention. One of the biggest | | | | invention of the first portable EKG machine in 1961, |
| breakthroughs came in 1963 when Joseph Holmes, | | | | based on its earlier table model. |
| Ralph Meyerdirk and William Wright created the first | | | | 8. Fetal Monitor |
| commercially viable, portable ultrasound scanner. | | | | Professor K. Hammacher worked with |
| | | | Hewlett-Packard to create the first non-invasive fetal |
| 2. The Laser Scalpel | | | | monitor in 1968. It enabled doctors to monitor fetal |
| The first successfully tested laser was built in 1960. In | | | | distress during the labor. |
| 1964, the carbon dioxide laser made possible the | | | | 9. CT Scanner |
| invention of the laser scalpel, which completely | | | | Sir Godfrey Hounsfield was the man who came up |
| transformed the field of medical surgery. The laser | | | | with the first commercially viable CT scanner in 1971. |
| scalpel was capable of making extremely precise | | | | Today, the CT scanner is still the gold standard of |
| incisions that instantly cauterized the blood vessels | | | | medical imaging. |
| even as it cut them. | | | | 10. The AbioCor Heart |
| 3. The Jarvik Heart | | | | The AbioCor artificial heart, made by AbioMed, marked |
| American scientist Robert Jarvik completed the first | | | | a breakthrough in a variety of fields, and was a |
| ever artificial heart implant in 1982. It was meant as a | | | | culmination of decades of advancements in computer |
| temporary replacement for patients waiting to receive | | | | technology, and medical miniaturization especially. Unlike |
| a transplant. | | | | the Jarvik heart, the AbioCor is a permanent heart |
| 4. Portable Defibrillator | | | | implant, not simply a temporary replacement for |
| Scientist Frank Pantridge was the creator of the first | | | | patients waiting on biological heart transplants. |
| portable defibrillator in 1960. The defibrillator is the most | | | | Looking for good medical equipment manufacturers |
| effective tool against cardiac arrests. | | | | could be hard to come by these days, but because of |
| 5. The Pacemaker | | | | the breakthroughs over the years it has become |
| Researcher Wilson Greatbatch built the first | | | | easier to look for the right one. |