The goal of any microscope is to generate high contrast, high resolution images.
We will limit our discussion to point scanning of biological samples with a focus on the technology behind the imaging tools offered in this section of our catalog. In this tutorial, we will be discussing confocal fluorescence imaging, multiphoton excitation fluorescence imaging, and second and third harmonic generation imaging modalities.
Expertise in Custom and OEM Product Development In-House Design and Manufacturing Capabilities Advanced Optical and Imaging Software Development Modular System Designs are Easily Customizable Custom and OEM Opportunities On-Site Demos, Loans, and Leasing Options Available Precision Testing of a Custom Fast Steering Mirror ThorImageLS TM Software Interface for Thorlabsʼ Optical Coherence Tomography Research Lab 1652Ģ Selection Guide LASER SCANNING MICROSCOPY MICROSCOPY COMPONENTS OCT IMAGING SYSTEMS OCT COMPONENTS ADAPTIVE OPTICS Pages Pages Pages Pages Pages Selection Guide Tutorial Pages Pages Accessories Pages Essentials Kit Pages Confocal Pages Essentials Kit Pageģ OCT Tutorial Accessories Essentials Kit Confocal Essentials Kit Tutorial ( of 6) Introduction Laser scanning microscopy (LSM) is an indispensible imaging technique in the biological sciences.
We encourage you to start a dialog about how we can best help fulfill your imaging needs. Many of our systems are customizable to meet various application needs. Through close collaboration with leading researchers, the group develops imaging systems and components to help advance the research endeavors of our customers. The group is comprised of highly skilled engineers with expertise in optical systems design, mechanical and electrical systems integration, and software development. 1 Thorlabs Imaging group is a world-wide team dedicated to the development of Optical Coherence Tomography, and.
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