Used FISCHER XMDVM-T7.1-W #9237929 for sale

FISCHER XMDVM-T7.1-W is an advanced X-ray equipment that is designed for use in medical, dental, industrial and research applications. This system utilizes a high-performance x-ray detector and a high-frequency generator to produce an ultra-clear image with a massive data library of up to 32,000 views. The XMDVM-T7.1-W X-ray unit has an advanced electronics suite, which allows for an extremely high-quality image. It is designed with a 3rd generation semiconductor tube that creates a low noise signal to yield a crisp image with high spatial resolution. This machine has a unique touch-screen user interface that provides easy navigation for operating the tool in the most efficient way. It also has dual image processing power that allows users to perform 3D imaging. The XMDVM-T7.1-W X-ray asset has a microprocessor-controlled generator that allows for the high-frequency frequency production of up to 7 MHz. This generator is designed to maintain a consistent image quality despite an ever-changing patient anatomy. It also has a tube console with an adjustable focus and heat increment timer that ensures safety and accuracy during an examination. The tubing mount of the model offers superior maneuverability and can easily accommodate a wide range of imaging applications. The XMDVM-T7.1-W X-ray equipment also features an advanced acquisition system that allows for simultaneous acquisition of anterior and lateral views. The unit is also designed with a range of image processing algorithms that allow the user to digitize and store images for further review or speech recognition software. The high-end imaging capabilities of the XMDVM-T7.1-W X-ray machine are ideal for medical, dental, industrial and research applications. Thanks to its unique combination of features and advanced technologies, the XMDVM-T7.1-W X-ray tool can help medical practitioners conduct accurate examinations quickly and cost-effectively. It is also a reliable asset for offsite referrals and as well as for teaching purposes.