Luxonus：无需曝光即可拍摄 3D 图像：光学超声成像
-近红外波长的脉冲激光-
卢克索诺斯：
安全无暴露
高分辨率 3D 图像，
开发出可以拍照的影像诊断装置。
我们利用了结合光和超声波的光学超声成像技术。
绘制3D立体图像的原理：
它用近红外波长的脉冲激光照射身体。
在血液中产生血红蛋白的超声波
由 512 个超声波传感器捕获
利用绘制3D立体图像的原理。
近红外波长脉冲激光：
不需要专门的拍摄室。
您可以轻松拍摄“距体表约 3 厘米深的微小血管状态”。
使用领域：
不仅用于临床
对于小型实验动物，
我们还将在基础医学研究领域为市场开发产品。
新开关
Luxonus Inc.
Photoacoustic 3D Imaging: 3D-PAI
Photoacoustic imaging consists of detecting ultrasonic waves generated by laser irradiation (pulsed laser light) with an ultrasonic sensor, thereby allowing the formation of an image.
It is a noninvasive technique that allows one to map the “whole picture” of organisms as an image.
By processing a huge volume of ultrasonic signals in parallel, this technique can construct three-dimensional images in real time and provides a visualization of how they change over time.
In addition, not only can the organism be analyzed as an image, but the existence of a specific component, as well as its variations, can be determined by color differences.
With this technique, it will be possible to image fine vascular networks and the physiological properties of blood such as oxygen saturation in a noninvasive manner and without X-ray exposure.