Fischer推出SenoScan2新型数字乳房扫描系统

 
 
一种以狭缝扫描数字乳房先成像(SSDM)技术的新系统，提供的图像质量相当之高，同时把放射暴露减少了60％。

使用数字技术，临床医生能够将图像上乳房组织的不同区域进行放大并进行最优化处理，而无需进一步拍片。对于准备和定位工作，患者所需要做的是完全相同的。但是，检测的结果则明显占优，更加具有诊断价值。

由美国Fischer影像学集团(Denver, CO, USA)研制开发的SenoScan2全视野数字乳房成像系统，具有以下优点： 很少有患者需要再次到医院拍片；患者的焦虑感减少，因为能够即刻得到所拍的片子；预约时间减少，因为得到检查报告的速度更快；临床医生能够对影像进行放大和最优化处理。

这套系统已经获得了美国食品药品管理局的许可，是唯一能够提供25微米原始诊断清晰度的产品。该系统的较大视野适合更多的患者。系统支持弯曲的乳房，从而是患者更加舒适，并在暴露于放射线的时候有助减少移动。获得保护的狭缝扫描技术和碘化铯电耦设备(CCD)接收器降低了放射剂量。

这套系统的其他特征包括50微米放映和25微米诊断模式，舒适的舱位几乎适合任何患者，系统效率更高从而降低了放射剂量，先进的连接性能允许在医院和诊所内对患者的记录进行传输和存档。

New Digital Mammography System
 
A new system based on slot scan digital mammography (SSDM) technology provides extremely high image quality with 60% reduction in radiation exposure.

Utilizing digital technology, the clinician can zoom in, magnify, and optimize different areas of the breast tissue on the image without having to take further images. In terms of preparation and positioning, the patient experience is the same. However, the result of the test offers several advantages, including a more powerful diagnosis.

The advantages of the SenoScan 2 full-field digital mammography system, developed by Fischer Imaging Corp. (Denver, CO, USA), include the following advantages: fewer patients have to come back for additional images, patients experience less anxiety as images are generated immediately, less time is needed for appointments because results are obtained faster, and clinicians can magnify and optimize mammography results.

Having been cleared by the U.S. Food and Drug Administration (FDA), this system is the only mammography one to provide 25 micron native diagnostic resolution. The system’s larger field of view accommodates more patients. The unit’s curved breast support is more comfortable and helps reduce motion during exposure. The patented slot-scanning technology and cesium iodide charged coupled device (CCD) receptor reduce radiation dose.

Other features of the system include 50 micron screening and 25 micron diagnostic modes, comfortable accommodation of virtually any patient, greater system efficiency that allows lower radiation dosing, and advanced connectivity that allows networking and archiving of patient records within hospitals and clinics.