Latest posts by Ryan Everhart (see all)
- What is the destiny of Medical Imaging? - March 29, 2014
- Tips to maintain your Portable X-Ray Machine - February 19, 2014
- The Benefits of Wireless Digital Radiography Rooms - January 28, 2014
One of the most exciting products for the private practice market is the New Cassette sized Wireless DR Panel from Viztek. The PACS and RIS software specialists have taken the DR upgrade market by storm in the last few years. They have introduced DR technology to thousands of Private practice medical offices from all over the world. Their latest release is the 14×17 Cassette sized WiFi DR Detector.
The need for a PACS system depends on the size of the clinic. If your clinic has multiple doctors and viewing stations, it is a good idea to implement a PACS environment. Even with smaller clinics, you can implement a mini PACS system that allows you to add more viewing stations without going for the full setup.
Patient exposure to radiation depends not just on the technique used, but also on the imaging protocols of the particular institution. However, multiple studies conducted in the past few years have revealed that generally, in comparison to CR and the conventional X-ray methods, Digital Radiography systems can lower the radiation doses that patients are exposed to.
You will never buy a traditional radiography room ever again. The integrated an easy to use Straight Arm All in One DR is the perfect solution for your new office. The Flat Panel Detector offers the Highest image Quality at the lowest dose possible for your patients. This Compact DR system is an integrated system for all conventional radiographic applications in combination with a High Frequency Generator, makes the Compact the most advanced system available. It can be further configured depending on your exact clinical requirements.
Flat Panel Digital X-ray Detector or the FPXD is the latest development in x-ray technology. Have you ever wondered how they work? FPDs can normally be categorized into two segments – direct and indirect. The two different terms refer to the technique used to create images. While the former uses direct conversion detectors, the latter uses indirect conversion detectors. In the paragraphs that follow, the two methods will be discussed in detail.
Flat panel detectors or FPDs use advanced Digital X-ray technology. Much like in digital video and photography, the basis for flat panel imagers in FPDs is solid state IC (integrated circuit) technology. A flat panel detector comprises a glass sheet covered by a thin amorphous silicon layer.
The performance of the Samsung Flat Panels has been outstanding thus far. Image quality is great and you will reduce dose compared to CR or CCD based X Ray systems. By removing the step of running CR cassettes through a reader you will save minutes on each study you perform. With the Samsung DR Retro fit panel you will acquire your image in only seconds.
In May of 2011 Dr. Berner was the first Chiropractic Doctor in the United States to have installed Flat Panel Digital Radiography on his Video Fluoroscopy X-Ray system. The Vizion 17×17 Detector was retrofitted by his X Ray dealer to provide the highest image quality in combination with his Fluoro machine.
FPD have become the standard for diagnostic image quality and overall efficiency . This by far the best bang for your buck when considering Chiropractic Digital X Ray conversions.
Samsung Mobile Displays 14×17 Flat Panel will change the Medical Imaging Market one Rad room at a time. A new standard in Direct Digital Radiography has been set in 2011. The Samsung 14×17 Portable FPXD is the perfect product to convert your Hospital or Orthopedic office from CR to DR.
PACS is a combination of hardware and software dedicated to the short and long term storage, retrieval, management, distribution and presentation of Diagnostic Images. The biggest consumers of PACS are Hospitals and other types of Specialty Medical Practices. PACS main purpose is to replace hard Film copies with Digital Images that can be used and seen by several different Medical professionals and different Medical automation systems simultaneously.
In my part-time practice we average about 90 x-ray series per month and this takes no time away from adjusting patients. It is really not difficult to find licensed x-ray technologists and they make excellent chiropractic assistants because they fully understand anatomy and are very well trained in handling patients. Let’s suppose that you put a $65,000 Digital X-ray System in your practice. With just the insurance reimbursement alone you would pay off this x-ray machine in slightly less than two years, if your practice is busier than my part-time practice you could pay it off in less.
Our Purpose is to compare exposure requirements for similar detection performance with Flat-Panel Detectors and the most recent generation of storage-phosphor plates (CR) in the simulated scatter of typical skeletal radiographic examinations.
The use of Digital Radiography has rapidly increased in recent years. Computed Radiography provided a cost-effective transition mode from the traditional Analog or Film (from the year 1895) to the Direct Digital Radiography (DDR), by using conventional X-ray Equipment. Direct Digital Radiography is a cassette-less imaging system and is ideal for applications where high throughput is of primary importance. The Direct Digital Radiography System should allow usage of all general radiography diagnostic applications.
The Digital Imaging and Communications in Medicine (DICOM) standard is used for the exchange of images and related information. The DICOM standard can be thought of as having several levels of support, such as the support for image exchange for both senders and receivers, the underlying information model and information management services. This artcle provides a high-level overview of the characteristic elements of the DICOM standard.
Flat Panel Digital X-ray detectors can be divided into two classes. They either use a direct technique (direct-conversion detectors) or an indirect technique (indirect-conversion detectors) for converting X-rays into an electric charge.
Samsung Electronics Co., Ltd., the world’s largest provider of thin-film-transistor, liquid crystal display (TFT-LCD) panels, announced that it has completed development of a flat panel X-ray detector (FPXD) for radiology machines, in collaboration with Vatech , a Korean medical machinery manufacturing company. By using digital imaging with thin-film transistor (TFT) technology, the diagnostic process is enhanced in many ways. In addition to delivering a much more precise image, Samsung’s new FPXD imaging sensor can save medical labs considerable time and money because No Film or Darkroom development processing is needed.
The Canon Flat Panel Detector can work in many different practices with installations in various ways. Such as the frame can be installed in the Chest Bucky, C-type arm or on the inside a flat table. Canon Digital X-ray Imaging systems fit most X-ray generating system manufacturers to upgrade to DR systems provide a comprehensive Flat Plate DR Solution.
FDR D-EVO™ is a portable flat panel detector (FPD) that introduces an intelligent alternative for analog-to-digital conversions. With quick image availability and short cycle times, FDR D-EVO™ will improve efficiency and reduce patient waiting without compromising image quality, flexibility or reliability.