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Film Digitizers for Workflow and High-Productivity at Monitors.com

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High-quality and reliable VIDAR Film digitizers   are compact and lightweight, designed for teleradiology, PACS, mammography CAD, oncology, and orthopedic surgery. Take a look at the best film digitizers that deliver consistent and quality images. Vidar DiagnosticPro Edge Film Digitizer Complete with Workstation Full license PacsGear PacsScan (19580-001) This film digitizer takes image quality and reliability to the next level. It has doubled scanning speed and enables Dual use mammography and general radiology. New Canon image FORMULA DR-C225 Office Document Scanner Black (3258C002) Innovatively designed and easy to use, this film digitizer is ergonomically designed and occupies less space. It is ideal for use by individuals or small workspaces and is used to convert documents  into editable electronic files, scan business cards and organize contacts, for file archiving, retrieval, and sharing, PDF creation and a lot more. New Vidar Diagnostic Pro Advantage Film Digiti

Make Navigation and Voice Recognition Easy with These Dictation Mics

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Dictation mics  have gained popularity these days, especially in the diagnosis centres and radiology laboratories to reduce transcription time and make dictations a less straining exercise for specialists or physicians. Besides, exploration through forms or documents is easier with the scroll-wheel option and the voice recording feature of these mics, that is suitable for voice recognition purposes makes them all the more useful. Upgrade your reading station with some on-trend and highly effective microphones at given below. Nuance PowerMic II Dictation Microphone Ergonomically designed to enhance physician’s productivity, this PowerMicII by Nuance is for both standard dictation and speech recognition functions. Featuring unidirectional microphone with noise-cancellation features, it has a thumb-control operation for dictating, navigating, reviewing, and editing speech recognition-generated documentation, and productivity. New SpeechMike Premium Air SMP-4010 Slide Switc

Get Your VIDAR Film Digitizers Up and Running Using These Tips

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VIDAR Film Digitizers are used worldwide for creating clinically reliable medical film digitizers that can be applied in CAD, PACS, mammography, oncology, and many more. These popular film digitizers are light-weight, cost-effective, and require little space to function. But like every other machine, VIDAR Film Digitizers are prone to mechanical and technical faults. You must ensure proper maintenance and care to keep them running in their best state.   To ensure that your VIDAR Medical Film Digitizer is up and running at its best, you must ensure its proper maintenance and timely repairs. Here are your options. •  Regular Maintenance VIDAR Medical Film Digitizers are quite reliable for your digital radiology needs. It is advised to ensure their preventive maintenance by expert technicians and engineers at regular intervals. This will help you prevent possible down-time for long duration and save any costs at the same. Not only this, but it will also help you extend the

The Impact of Digital Imaging Workstations on Workflow

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Last two decades have witnessed a colossal shift in technologies which is evident in almost every industry. The transformation also occurred in the medical field, bringing more accuracy and productivity in the treatment and diagnosis of ailments and diseases. The digitalization of radiology imaging has actually improved the quality of diagnosis and the workflow in laboratories. With the advent of newer processor technologies, multiple functions can be carried out at higher speeds on radiology workstations  with one CPU core that has a single chip installed in it. These types of CPUs are known as multi-core CPUs which are forming the basis of single core, dual core, Core2Duo and quad core. Healthcare Standards in Digital Imaging: For better management, exchange and integrating medical data, the National Electrical Manufacturers Association (NEMA) and the American College of Radiologists (ACR) developed DICOM, a cooperative standard that allows imaging system compatibility by

How New Graphic Card Technologies Are Changing Medical Imaging

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The advent of new and improved technologies has revolutionized the way diagnostic professionals carry out the medical imaging at their facilities. Graphic cards have played a crucial role in bringing the most accurate results in any type of patient medical imagery with the greatest possible precision. Specialities such as diagnostic imaging, Virtual Reality (VR) and Augmented Reality (AR) are medical procedures that depend on the ultimate visual fidelity and clarity. With the introduction of several top-notch graphic cards, the quality of imaging has gone up in leaps and bounds. Below are a couple of graphic card technologies that is being popularly used world-wide by clinicians and diagnosticians: Tri Head PCIe Graphic Cards With the introduction of this graphic card, physicians and clinicians were able to carry out imaging on three displays at a time using a single PCIe slot.  It works as an optimal match for PACS workstations in which two monitors can be combined

3 Advanced Digital Diagnostic Imaging Technologies in 2019

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With highly professional manufacturers and developers of digital diagnostic imaging technologies , diagnosis and imaging have really entered to the next level. When we look at them in 2019, they have really become advanced, accurate and more reliable than ever. Various monitoring systems running on the beefed-up workstations are easily available globally, but you get a very few on which you can rely on. Here are a few trendy technologies that have been excessively used in finding accurate results that term help save a lot of lives: 1. Hybrid Imaging Hybrid Imaging is one of the most sought-after imaging technology advancements. Systems like PET/CT have changed how imaging is done throughout the world. Also, hybrid SPECT/CT and PET/MRI systems have come into notice. These systems are able to give precise images with improved resolution than standalone systems. These systems also give morphological and physiological information through a single examination. 2. Low Ionizin

How To Keep Diagnosis Displays Up-To-Date for Better Imaging

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To ensure the best imaging quality during a diagnostic process, radiologists and other diagnostic practitioners are required to conduct regular calibrations and upgrades to their existing equipment like displays, screens, and monitors . With the advent of complex and highly accurate technologies, it has become possible to get the most precise results during examinations. From regularly checking the monitor light levels to replacing the worn out and outdated machinery, there are a few steps that would help for your diagnostic monitors to work properly. Here are a few things that would improve imaging quality at a diagnostic center: Conduct Regular Calibrations Carrying out regular calibration  sessions on the medical imaging displays can guarantee superior image quality and will ensure that the light levels of the monitors are the same throughout the screen matrix. For all kinds of LCD screens, the displays include a built-in monitoring system which ensures the diagnostic qu