Used OSC Stent #54406 for sale

OSC Stent is a microscope that utilizes an Optically Switchable Contrast (OSC) technique to improve the contrast of biological specimens. The microscope provides the clinician with a high degree of clarity, allowing them to observe cells and tissue accurately. Stent works by using an optical effect that simultaneously contrasts and magnifies the sample. This is done by exploiting the refractive index ration between the cells of the specimen and the background. The optical effect causes the specimen to appear brighter than its surroundings. This allows the clinician to observe the specimen without being hindered by the background "noise". The microscope consists of a variety of components, including a tunable diode laser, an optical element, and a computer. The tunable diode laser emits a beam of light onto the sample. As the light passes through the optical element, the contrast-enhancing effect is produced. The computer is then used to adjust the contrast and brightness of the image. OSC Stent microscope provides superior image quality and contrast compared to conventional optical microscopy. In addition to this, the microscope is equipped with an automated system that can move the laser to multiple spots on the sample quickly and accurately. This feature allows the clinician to examine multiple features during a single experiment. The microscope can be used to observe a wide range of cells and tissues. It is especially useful for observing tissue samples from organs such as the brain or heart. Stent has been used to observe a variety of biologic samples such as bacteria, fungi, viruses and cells. In summary, OSC Stent is a microscope that utilizes an Optically Switchable Contrast technique to improve the contrast of biological specimens. The microscope provides high image quality and contrast, as well as an automated system for quickly scanning the sample for multiple features. Stent can be used to observe a variety of cells and tissues. This makes the microscope an invaluable tool in clinical research.