半导体激光器

激光微细捕捉系统（光镊）Micromanipulation systems allow non-contact trapping of biological molecules such as cells and DNA by harnessing the radiation pressure of a laser beam. The trapped sample moves freely in the microscopic field. Using a near-infrared laser (fé=1,064 nm), which is less harmful to biological components, the system allows independent manipulation of two beams by the high-efficiency laser-branching method, enabling applications involving not just the trapping of a single particle, but also studies of the tensile strength of fibrous tissues and intercellular interactions. Micromanipulation systems with a single trapping laser beam are also available.Both systems enable trapping together with fluorescence observation or the like. Custom microscopes (e.g. with integrated laser systems) are also available. Please contact us for more information.西格玛光机产品的主要特色BE: Beam expanderWP: Wave plateND1 and ND2: ND filtersL1 and L2: LensesOL: Objective lensM1 to M3: Dielectric mirrorsPBS1 and PBS2: Polarization beam splittersDM: Dichroic mirrorIn optical trapping with near-infrared lasers, two manipulation beams are used to enable more complex operations than a single fixed beam would allow.Sigma Koki employs a two-beam method based on a polarization beam splitter, based on Sigma Koki’s proprietary optical design. Each beam can be moved freely in the microscopic field by adjusting elements of the optical system. The optical trapping technology demands construction of a light source of superior quality and an optical system with关闭窗口 2007 https://www.kokitools.com　All Rights Reserved.　沪ICP备号以上是半导体激光器的详细信息，如果您对半导体激光器的价格、厂家、型号、图片有什么疑问，请联系我们获取半导体激光器的新信息。