MULTIPURPOSE - ENDOSCOPIC PHANTOM by CIRS (Computerized Imaging Reference Systems)
OEM#: ATS 570MULTIPURPOSE - ENDOSCOPIC PHANTOM by CIRS (Computerized Imaging Reference Systems)
Model ATS 570 Multi-Purpose & Endoscopic Phantom is an easy, comprehensive means of evaluating imaging systems over the full range of clinical imaging frequencies (2 MHz to 18 MHz). The phantom is designed with a combination of monofilament line targets for distance measurements and tissue mimicking target structures of varying sizes and contrasts. Due to the acoustic similarity of the background material and the target structures, artifacts caused by distortion, shadowing and enhancement have been eliminated. Four gray scale targets ranging in contrast from +6 to -3 dB are provided to evaluate the system’s displayed dynamic range and gray scale processing performance. The Model 570 offers a new and improved scan surface design to easily accommodate linear, sector, endoscopic probes and mechanical sector probes such as those used for rectal scanning.
- Uniformity
- Depth of penetration
- Beam profile/ focal zone/ lateral response width
- Vertical measurement calibration
- Axial and cateral resolution
- Horizontal measurement calibration sector
- Contrast targets (cysts)
- Grayscale contrast sensitivity
- Dead zone assessment
Model ATS 570 Multi-Purpose & Endoscopic Phantom is an easy, comprehensive means of evaluating imaging systems over the full range of clinical imaging frequencies (2 MHz to 18 MHz). The phantom is designed with a combination of monofilament line targets for distance measurements and tissue mimicking target structures of varying sizes and contrasts. Due to the acoustic similarity of the background material and the target structures, artifacts caused by distortion, shadowing and enhancement have been eliminated. Four gray scale targets ranging in contrast from +6 to -3 dB are provided to evaluate the system’s displayed dynamic range and gray scale processing performance. The Model 570 offers a new and improved scan surface design to easily accommodate linear, sector, endoscopic probes and mechanical sector probes such as those used for rectal scanning.
Model ATS 570 Multi-Purpose & Endoscopic Phantom is an easy, comprehensive means of evaluating imaging systems over the full range of clinical imaging frequencies (2 MHz to 18 MHz). The phantom is designed with a combination of monofilament line targets for distance measurements and tissue mimicking target structures of varying sizes and contrasts. Due to the acoustic similarity of the background material and the target structures, artifacts caused by distortion, shadowing and enhancement have been eliminated. Four gray scale targets ranging in contrast from +6 to -3 dB are provided to evaluate the system’s displayed dynamic range and gray scale processing performance. The Model 570 offers a new and improved scan surface design to easily accommodate linear, sector, endoscopic probes and mechanical sector probes such as those used for rectal scanning.
- Uniformity
- Depth of penetration
- Beam profile/ focal zone/ lateral response width
- Vertical measurement calibration
- Axial and cateral resolution
- Horizontal measurement calibration sector
- Contrast targets (cysts)
- Grayscale contrast sensitivity
- Dead zone assessment
Model ATS 570 Multi-Purpose & Endoscopic Phantom is an easy, comprehensive means of evaluating imaging systems over the full range of clinical imaging frequencies (2 MHz to 18 MHz). The phantom is designed with a combination of monofilament line targets for distance measurements and tissue mimicking target structures of varying sizes and contrasts. Due to the acoustic similarity of the background material and the target structures, artifacts caused by distortion, shadowing and enhancement have been eliminated. Four gray scale targets ranging in contrast from +6 to -3 dB are provided to evaluate the system’s displayed dynamic range and gray scale processing performance. The Model 570 offers a new and improved scan surface design to easily accommodate linear, sector, endoscopic probes and mechanical sector probes such as those used for rectal scanning.
Model ATS 570 Multi-Purpose & Endoscopic Phantom is an easy, comprehensive means of evaluating imaging systems over the full range of clinical imaging frequencies (2 MHz to 18 MHz). The phantom is designed with a combination of monofilament line targets for distance measurements and tissue mimicking target structures of varying sizes and contrasts. Due to the acoustic similarity of the background material and the target structures, artifacts caused by distortion, shadowing and enhancement have been eliminated. Four gray scale targets ranging in contrast from +6 to -3 dB are provided to evaluate the system’s displayed dynamic range and gray scale processing performance. The Model 570 offers a new and improved scan surface design to easily accommodate linear, sector, endoscopic probes and mechanical sector probes such as those used for rectal scanning.
- Uniformity
- Depth of penetration
- Beam profile/ focal zone/ lateral response width
- Vertical measurement calibration
- Axial and cateral resolution
- Horizontal measurement calibration sector
- Contrast targets (cysts)
- Grayscale contrast sensitivity
- Dead zone assessment
Model ATS 570 Multi-Purpose & Endoscopic Phantom is an easy, comprehensive means of evaluating imaging systems over the full range of clinical imaging frequencies (2 MHz to 18 MHz). The phantom is designed with a combination of monofilament line targets for distance measurements and tissue mimicking target structures of varying sizes and contrasts. Due to the acoustic similarity of the background material and the target structures, artifacts caused by distortion, shadowing and enhancement have been eliminated. Four gray scale targets ranging in contrast from +6 to -3 dB are provided to evaluate the system’s displayed dynamic range and gray scale processing performance. The Model 570 offers a new and improved scan surface design to easily accommodate linear, sector, endoscopic probes and mechanical sector probes such as those used for rectal scanning.