As the ultrasound market continues to expand and grow, technological advancements are being made for the latest ultrasound machine. Because the sonography machine is a non-invasive treatment option, it continues to see market growth within the health care professionals industry. The ongoing transformation of the healthcare industry delves into a wide range of factors, including reduced costs while maintaining improved services, and technological improvements. Possible ultrasound advancements for the future include fusion technology, imaging system developments, 3D ultrasound machine imaging from molecules, haptic optics, bone penetrating ultrasound, 4D ultrasound imaging with color, and the handheld sonogram machine.

Ultrasound Technology is Taking on a Modern Twist

A major transformation is happening in the world of the ultrasound machine. The vocab is getting an update with terms like fusion imaging, 3D and 4D ultrasound abilities, haptic optics, high-speed image quality, bone penetrating ultrasound, and handheld sonogram machine are becoming more and more common. These terms reflect informed research that continues to push medical imaging to become a leading solution in medical diagnoses and treatments.

  • Fusion Technology: New fusion technology merge diagnostic ultrasound imaging system and real-time ultrasound imaging. Before this technological advancement, fusion imaging required either an MRI or CAT scan (along with an ultrasound scan), while also requiring the patient to lay in the exact same position for both. Because this procedure called for lots of (potential) error, health care professionals decided it was time for a different ultrasound device. New equipment, such as the Toshiba Aplio 500 ultrasound machine, gives the ability to import an image that was previously taken. It then completes the ultrasound procedure in real time. With such capabilities, sonographers are expected to be investing in more real time ultrasound machines for sale.
  • Zone Sonography: Through facilitating data obtained through a specific set of zones, the ultrasound serial imaging system is sped up and generated faster.
  • 3D Ultrasound Machine Imaging from Molecules: Cardiovascular sonographers are getting an update that may change everything; it allows for a new imaging technology which measures sonographic signals. These signals are generated by using a fast-pulsed laser on molecules. The 3D ultrasound machine is capable of producing images which can detect the specific molecule bonds that form plaque in the arteries. This is crucial in the cardiovascular industry because it gives insight into understanding the type of plaque formations which lead to cardiovascular disease.
  • Haptic Optics: Haptic is the ability to apply a tactile sensation and interaction with computer technology. While haptics is not new to the medical world, it is a rather new development for the ultrasound market. New ultrasound research allows for a sonogram device to produce invisible 3D shapes that can be seen and felt. The goal of this advancement is to create touchable holograms which could lead to a change in the way sonographers train, produce, and analyze medical imaging.
  • Bone Penetrating Ultrasound: The primary use of the sonography machine is to assess soft tissue which isn’t covered by impassable acoustic wave material such as bone. Researchers at North Carolina State University have exhibited an ultrasound device that can pierce through bone, which can block ultrasound acoustic waves. This type of ultrasound system would permit sonographers and ultrasound physicians to better evaluate tissues like brain tumors.
  • 4D Ultrasound Imaging with Color: 4D ultrasound machines have been in use for several years, but continues to witness improvements. The 3D ultrasound machine allowed ultrasound physicians to examine fetal movements in delayed time and permitted imaging of external features, 4D ultrasound brought the idea of real-time imaging to life. Another advancement that sonographers can expect with 4D imaging is 4D ultrasound imaging with color at an even greater speed. As one of the first of its kind, General Electric Ultrasound created the GE Voluson E 10 Ultrasound Machine, which produces real-time images 4D imaging with color. Once sonographers and clinicians begin to use machines like this one, the ultrasound market can expect an increase in real-time ultrasound machines for sale, as well as the continued growth in any 4D ultrasound machine, like any of the GE Voluson Ultrasound machines, for sale.
  • The Handheld Sonogram Machine: Global ultrasound market research has allowed for the French and Dutch to develop a hand carried ultrasound. Yes, it’s exactly what it sounds like - a sonogram device that can be held in the palm of the hand. How does it work? While relatively new and still improving, researchers have seen the combination between ultrasound and photoacoustics working together in order for this device to operate properly. While it’s still developing, there is lots of room for potential for both diagnostic and therapeutic possibilities.

Let UltrasoundQuotes help you find the new or used ultrasound machine for the best price! We’ve got expert dealers who are eager to find you the best machine you’re looking for in your local area.