The CX41 microscope system is designed for routine brightfield, phase contrast and fluorescence applications.Find out more
The MVX10 is the perfect solution for fluorescence research in intact organisms combining maximum detection efficiency from low to high magnifications.Find out more
Inverted microscopes represent the perfect solution for cell culture in which a variety of cells are grown under controlled conditions.Find out more
The CX23 clinical microscope with built-in LED illumination offers consistent long-term performance for educational use.Find out more
The excellent optical quality of the BX53 combined with a highly modular concept, allow the customisation of systems as well as the option to upgrade with ease in the future as requirements change.Find out more
The new modular IX83 automated inverted microscope is a highly expandable platform for live cell imaging designed with the scientist's workflow in mind.Find out more
The LV200 has been carefully designed for long-duration cell bioluminescence microscopy and is compatible with a broad range of cameras and objectives.Find out more
For metal, electric parts and material usage.Find out more
Olympus is one of the world’s leading manufacturers of professional opto-digital products for medicine, science and industry. As a result, Olympus provides a comprehensive range of solutions. From microscopes for training and routine tasks to high-end system solutions in the fields of life science, there is a system for every need. The product line is complemented by innovative laboratory equipment for cellular research applications and the new all-in-one microscopes that offer user
engagement at all levels.
The next generation confocal laser scanning microscope FLUOVIEW FV3000 is designed to meet some of the greatest challenges in modern science. With the high sensitivity and speed required for live cell and tissue imaging and the ease of use and flexibility required for microplate imaging and complex screening protocols, FV3000 brings complete workflows from live cell 2D-4D imaging through image processing such as deconvolution, and analysis.
Discover advances in laser scanning confocal microscopy and how they can improve your live cell 3D confocal imaging. During this webinar Dr. James Lopez, Manager, Life Science Applications Group, Olympus Corporation of America, will discuss the issues and challenges associated with live cell 3D imaging.
The Cell Counter model R1 automated cell counter is designed to reduce workloads and standardize the cell counting process. Its unique software algorithm provides accurate counting results for a variety of cell types. This portable instrument equipped with user-friendly touchscreen provides reliable result throughout the cell culture workflow and accelerates the cell culture process in a matter of seconds.
Visit us at ESHRE Booth # C167 in Helsinki, Finland 3rd to 6th July 2016.
Learn about Olympus range of smart solutions for artificial reproductive techniques. Ensuring always optimum conditions in complex ICSI, IMSI and spindle observation workflows Olympus IX3- and stereo microscopes, UIS2 Relief Contrast objectives as well as specialized IVF condenser provide high quality images.
Together with our best partners Olympus offers individualized solutions for you.
IX83 is the most advanced member of the IX3 series of inverted imaging systems which provides the ability to perform a multitude of imaging applications, from long-term time-lapse imaging and other demanding techniques to routine testing and documentation
Solutions for cellSens expand the software capabilities for specific applications such as remote consultation, panoramic imaging and extended focus imaging. All solutions integrate seamlessly into the existing interface to give the user more options on their current microscope platform.
The new XLPLN Series are dedicated for use with the FluoView FVMPE-RS multiphoton imaging systems.
The Olympus stereomicroscope series is designed to increase contrast and resolution for obtaining the highest image quality during macro observation at low magnification, as well as optimum resolution at high magnification. Enhanced versatility is assured by high zoom ranges and increased focal depth.