Product Description
XMT-T1 Full Digital Ultrasound Diagnostic System: Revolutionizing Veterinary Medicine
Introduction
The XMT-T1 Full Digital Ultrasound Diagnostic System is a state - of - the - art device designed to meet the diverse needs of veterinary professionals. This advanced system combines cutting - edge technology with user - friendly features, making it an indispensable tool in modern animal healthcare.
Superior Design and Durability
The XMT-T1 stands out with its robust and waterproof design. Entirely waterproof, it can be washed and cleaned with water, ensuring easy maintenance and hygiene in often - messy veterinary environments. This durability is further enhanced by its use of a metal plate radiator, which provides excellent heat dissipation, ensuring the machine's stable performance during long - term use.
The system also features a strap - type design, which significantly improves operator comfort and convenience. Whether in a busy clinic or during fieldwork, veterinarians can operate the XMT- T1 with ease. Additionally, the environmentally friendly and lightweight aluminum - plastic packaging case makes transportation a breeze.
Advanced Imaging Technology
At the heart of the XMT- T1 is its ultra - high - definition 8 - inch large LCD medical Chinese touch display. With both dual internal and external screens, it offers explosion - proof and scratch - proof protection. The full - viewing angle IPS high - resolution screen is a game - changer, allowing veterinarians to observe the measured target from multiple angles with exceptional clarity.
Optional video goggles are available for an even more immersive viewing experience. This feature is particularly useful when detailed examination is required, providing a focused and enhanced perspective of the ultrasound images.
Powerful Performance and Functionality
The XMT-T1 is equipped with a 10000 mAh battery, enabling it to work continuously for up to 8 hours. This long - lasting battery life is a boon for mobile veterinary practices or when working in areas without easy access to power sources.
One of its most impressive features is the one - click smart screen rotation, along with flippable image and touch buttons. This design caters to both left - handed and right - handed users, ensuring seamless operation for all.
The system also supports a variety of electronic probes, each with a five - stage frequency conversion function. This versatility allows for accurate diagnosis across different animal species and medical conditions. The automatic backfat measurement function (intelligent one - button measurement) is another highlight, providing quick and precise results for livestock assessment.
Comprehensive Diagnostic Capabilities
The XMT- T1 is a powerhouse when it comes to diagnostic applications. It can detect pregnancy, the number of foetuses, and foetal development with remarkable accuracy. In obstetric disease detection, it can identify uterine diseases, changes in ovarian follicles and corpus luteum, cysts, pyometra, fibroids, and other disorders.
It also excels in determining the gestational age and expected date of delivery, as well as measuring various parameters such as distance, circumference, area, and heart rate in animals like cattle, horses, donkeys, sheep, pigs, dogs, cats, camels, and more. The one - click measurement of back fat, eye muscle, and lean meat percentage is invaluable for livestock management and health assessment.
User - Friendly Interface and Software
The XMT- T1 comes with a rich variety of animal - specific software measurement packages. These packages can automatically calculate pregnancy cycles, accurately and conveniently observing the location of lesions. Sixteen colors are adjustable, making it easier to distinguish different tissues and structures within the body.
The system also has a grid ruler and dot ruler function, enabling quick and precise measurement of the target size. It offers extensive internal storage space, allowing for the storage of massive images. Plus, with features like one - click restore of factory parameters, veterinarians don't need to worry about parameter adjustment chaos.
Conclusion
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