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E-mail
meecoal@126.com
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Phone
18898596008
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Address
No. 111 Shaping North Road, Jixia Community, Nanwan Street, Longgang District, Shenzhen 6008
Shenzhen Jingkang Technology Co., Ltd
meecoal@126.com
18898596008
No. 111 Shaping North Road, Jixia Community, Nanwan Street, Longgang District, Shenzhen 6008
VIDAR Systems is a film digitization technology company that provides VIDAR DosimetryPRO Advantage film digitization equipment. It is a medical film digitizer developed in collaboration with an international specialized product company to scan GAFCHROMIC EBT films. As the industry shifts towards eliminating chemical processing of film from modern cancer treatment centers, VIDAR's DosimetryPRO Advantage film digitizer is designed to meet the strict requirements for using radioactive chromium film in beam analysis and related applications.
Dosimetry film digitizer provides extraordinary dose accuracy
The use of semi shaded (beam edge) areas instead of only considering the planar portion of the beam can better handle the mass area and adjacent residual tissue. When used with GAFCHROMIC EBT film, the VIDAR DosimetryPRO Advantage film digitizer has 65536 levels of grayscale, providing more information in semi shaded areas. This means that the dose level of adjacent tissues can be measured more accurately, and it also means that lobe leakage dose is easy to measure in multi lobe sight systems. For complex areas, higher dose accuracy and dynamic treatment will provide greater confidence in the dosage used. All of these will translate into better treatment outcomes.
Technological advantages and innovation
The DosimetryPRO Advantage film digitizer has excellent geometric accuracy, consistency, and reliability, making it an ideal choice for radiation physicists. One of the signature technologies of VIDAR's film digitizer series is VIDAR's high-definition CCD technology, which is equipped with the DosimetryPRO Advantage film digitizer to ensure clinical quality and higher value. VIDAR has also improved the calibration accuracy of the automatic digitizer, enabling it to automatically calibrate before each film digitization process. In dose measurement and analysis, it also ensures the consistency of grayscale values, whether from one digital film to another, multiple times, or every time. The system is easy to use, sturdy and durable, with reliable performance, allowing clinical doctors to focus their energy on patients rather than on digital devices. VIDAR has applied for three applications related to DosimetryPRO Advantage technology. Each item has technical product attributes such as image quality, reliability, and system throughput. The combination of DosimetryPRO Advantage and GAFCHROMIC EBT dosimetry film forms a high-quality dosimetry system, making it an ideal choice for radiation therapy applications.
Verified consistency, reliability, and excellent quality through practical experience
Unlike other manufacturers who only adopt some improved methods, VIDAR's image quality, reproducibility, and production efficiency, which are important features of DosimetryPRO Advantage, come from a revolutionary design. The DosimetryPRO Advantage digitizer exhibits excellent optical density range and has unparalleled diagnostic quality and value. The DosimetryPRO Advantage digitizer is equipped with 65536 gray levels and a light density range of 0.00-4.00, with geometric accuracy better than 1% or 2 pixels, and is excellent in both axes. Meeting the industry's image quality standards makes the DosimetryPRO Advantage digitizer an ideal choice for the most demanding applications, including radiographic film dose determination, quality assurance, and more.

| Nominal Resolution | pixel (14 x 17 inch film) | dot pitch (μm) | resolution (dpi) | Line pair/millimeter | scanning speed |
| 1K×1.25K | 997×1211 | 356 | 71.25 | 1.4 | 10 seconds |
| 2K×5K* | 1995×2442 | 178 | 142.5 | 2.8 | 20 seconds |
| 4K×5K | 3990×4845 | 89 | 285 | 5.6 | 40 seconds |
*ACR Standard Remote Radiology Guidelines [Revised 35 (1998)] recommend a minimum of 2.5 pairs per millimeter
| Clinical optical density | 0.00 to 4.0 OD |
| gray level | 32-bit mapping to 16 bit (65536 colors), 12 bit (4096 colors), and 8-bit (256 colors) grayscale outputs |
| average time | Greater than or equal to 50000 hours |
| Film Size | Width: 8 to 14 inches (20 to 35.6 centimeters) |
| Automatic film feeder | Standard 25 capacity wafer feeder (supports mixed sizes, automatically detects sizes, no need to pre classify by size) |
| conversion table | Standard Conversion Table: Linear, Logarithmic, Square Root, and Power Exponential |
| geometric accuracy | Better than 1% or 2 pixels |
| scanning speed | 200 lines per second |
| hardware interface | USB 2.0 |
| software | Windows scanning module, software development tool |
| Power requirements | Voltage: 85-264 volts, frequency: 47-63 hertz, power: less than 48 watts |
| working environment | 50 ° to 95 ° F (10 ° to 35 ° C), 20% to 85% relative humidity, no condensation |
| storage environment | 0 ° to 140 ° F (-18 ° to 60 ° C), 20% to 85% relative humidity, no condensation |
| light source | Red LED light source; >500000 scans |
| Imaging device | New generation high-resolution solid-state CCD (HD-CCD) |
| Overall dimensions | Equipped with a feeder and splice box: width x depth x height: 483mm x 584mm x 743mm No feeder and splice box: width x depth x height: 457mm x 362mm x 419mm Transportation dimensions: width x length x height: 610mm x 737mm x 620mm |
| weight | 21kg; Transport weight: 27kg |