Open. the Digitized world. Fuji Computed Radiography

Transcription

1 Open the Digitized world Fuji Computed Radiography

2 If just one of these applies to you... Managing developing fluid is hard and darkroom work is a hassle... Images are not stable... Isn t digitalization expensive? Can t I make things more smoother? What other Fujifilm products can I connect with? I want to make diagnostic images more legible...

3 Go with FCR

4 Over thirty years history as a pioneer in CR 1988 FCR7000 Series 2003 FCR PROFECT CS 2013 FCR PRIMA T FCR PRIMA Tm 2001 FCR XG FCR CAPSULA 2009 FCR PRIMA Series An abundant lineup meeting a variety of needs Compact footprint 55 IPs hr. * 1 * 1 * 1 Tabletop size 73 IPs hr. Tabletop size 73 IPs hr. Mammo *1 Depending on size and resolution. *2 Increases DQE (Detective Quantum Efficiency) by collecting the emissions from both sides of the IP with optimal, spatial frequency-dependent factors. *3 The FDA

5 The world s most installed FCR installed worldwide The worlds first FDA approval for CR mammo! * 3,4 Compact footprint 94 IPs hr. * 1 * 1 Mammo 140 IPs hr. Mammo Dual- Side Reading * 2 * IPs hr. approval was with the combination of CR console. *4 Please contact our local representative regarding type of Console to use on the FCR.

6 B e n e f i t 0 1 People-Friendly Simple Workflow The flow of FCR system 1 X-ray exposure IP (Imaging Plate) Cassette 2 Reading 3 Diagnosis Reader Digital Image 1 Same as the work flow of X-ray film/cassette, place the Imaging Plate(IP) & IP cassette into the existing X-ray machine. 4 Film imaging Dry Imager : 540 mm After exposure insert the IP cassette to the reader. Image can be confirmed immediately on the monitors and image enlargement can be made with ease. If a doctor prefers printed images, dry film can be printed with the Dry Imager. FUJIFILM is the only global company in the world to use water-based solvents emulsion in the manufacturing of dry imaging films.

7 Width: 560 mm B e n e f i t 0 2 Reliable Stability Analog system FCR System Uneven Image Quality Stable & Optimum Image Quaity Appropriate exposure condition settings (mas, kvp) Technologists, the tools to reduce retakes and make their jobs easier Developing conditions (sec, heat), Drying time/temperature Radiologists, a consistent, high quality images for better diagnostic certainty Image Processing Technologies based on Three Decades of Experience EDR(Exposure Data Recognizer) B A B Histogram of image Enabled auto density and contrast adjustments by histogram analysing patient s region Frequency Eliminates dose errors; for instance, too dark (too much exposure) or too white (too little exposure) A X-ray intensity

8 B e n e f i t 0 3 Cost Benefits Zero cost for developing chemicals Zero cost for liquid waste management Zero cost for water used in development Zero cost for room renovation Zero wasted film usage due to reduction of retakes

9 Depth B e n e f i t 0 4 Compact Place FCR wherever you want and save space The compact design enables FCR to be placed in optimum locations As the FCR features shallow depth and low height, there is greater freedom in the choices of installation locations. Exposure room entrance Between extra space, etc. Actual Size (FCR PRIMA Tm/T2) The Height Depth Width of the PRIMA Tm/T2 can be measured with this catalog.

10 B e n e f i t 0 5 Supreme Quality Dynamic Visualization* 1 Dynamic Visualization processing tools produce high quality images that aid diagnosis and boost productivity. Optimal first-up display virtually eliminates any need for post processing image adjustments, providing exceptional image quality automatically. Wide dynamic range adaptability and breadth of exam menus help to reduce retakes. Virtual Grid* 1 Flexible Noise Control (FNC) No Grid Virtual Grid Real Grid The newly developed scattered radiation estimation technology calculates the scattered radiation components that are influenced by a variety of factors such as imaging conditions (X-ray intensity, dose, etc.), imaging region, and the patient s physique and automatically adjusts the contrast of every image. Breaks down the image into multiple frequencies and selectively suppreses noise artifacts without loosing sharpness. Particularly useful for applications where low doses are critical such as lumbar spine, chest, abdomen, and pediatric exams. *1 Dynamic Visualization and Virtual Grid are optional features of Console Advance.

11 B e n e f i t 0 6 Point of Departure Connect with other medical equipments in the future Height: 392 mm Console Advance* 1 /CR Console Typical Configuration FCRView* 1 /FCR CAPSULA V VIEW* 2 FCR PRIMA Console* 1 /FCR PRIMA V Console* 2 Typical Configuration X-ray Unit Console Advance (PACS) FCRView FCR CAPSULA V VIEW U S Endoscope C T M R I DICOM Storage DICOM Console FDR Advance FCR Imager FCR Imager The Console Advance and the CR Console perform digital imaging processes patient identification, image preview, processing, printing and storage, with DICOM interfacing. The FCRView and FCR PRIMA Console are multi-functional workstations for clinics that provide console, viewer, and archive functionality all combined. *1 FCRView, FCR PRIMA Console, and Console Advance do not have FDA approval for Mammography application. *2 FCR CAPSULA V VIEW and FCR PRIMA V Console are for veterinary use and no CE mark under MDD.

12 Specifications FCR PRIMA T2 FCR PRIMA II FCR XG 5000 Plus Standard Components Imaging Plate ST-VI Supplies IP Cassette Processing Capacity with ST-VI Dimensions (W D H) Power Supply Conditions More Details (Ref. No.) HR-V Type CC Type LC *1 FCR PRIMA T2 Image Reader (Model: CR-IR 392), cm, cm cm, cm, cm, cm, cm Approx. 73 IPs /hr mm ( ) Single phase Hz AC V ±10% 1.9A (max) XB-992E FCR PRIMA II Image Reader (Model: CR-IR 391RU), cm, cm Approx. 55 IPs /hr mm ( ) Single phase Hz AC V ±10% 5A (max) XB-995E FCR XG 5000 Plus Image Reader (Model: CR-IR 362), 15 30cm cm, cm cm, cm, cm, cm, cm Approx. 140 IPs /hr mm ( ) Single phase Hz AC V ±10% 7A (max) XB-1006E FCR PRIMA Tm FCR CAPSULA XLII FCR PROFECT CS Plus Mammo Mammo Mammo Standard Components Supplies Imaging Plate IP Cassette Processing Capacity with ST-VI Dimensions (W D H) Power Supply Conditions More Details (Ref. No.) ST-VI HR-V HR-VI ST-BD HR-BD Type CC Type CH Type DS Type DM Type LC *1 FCR PRIMA Tm Image Reader (Model: CR-IR 392), cm, cm (For 50-micron reading with HR-V or HR-VI) cm, cm, cm, cm, cm Approx. 73 IPs /hr mm ( ) Single phase Hz AC V ±10% 1.9A (max) XB-1026E FCR CAPSULA XLII Image Reader (Model: CR-IR 359), cm, cm (For 50-micron reading with HR-V or HR-VI) cm, cm, cm, cm, cm Approx. 94 IPs /hr mm ( ) Single phase Hz AC V ±10% 5A (max) XB-870ER3 FCR PROFECT CS lus Image Reader (Model: CR-IR363), cm cm, cm, cm, cm, cm Approx. 140 IPs /hr mm ( ) Single phase Hz AC V ±10% 7A (max) XB-1006E This equipment is a Class 1 laser product (IEC :2001). *1 Depending on size and resolution. Specifications are subject to change without notice. All brand names or trademarks are the property of their respective owners. In most countries regulatory approval is required to import medical devices. For the availability of these products, please contact your local sales representatives , NISHIAZABU 2-CHOME, MINATO-KU, TOKYO , JAPAN Ref. No. XB-1035E (SK 16 3 F1079 F9711) Printed in Japan 2016 FUJIFILM Corporation