Slim LED Transmitted Light Illumination Base with Turret System and LED Light Source Expand Observation and Contrast Options for SZX2/SZ2/MVX10 Microscopes

June 05, 2019 Enhance Imaging with Nine Observation and Contrast Combinations and Improve Color and Brightness Users of Olympus’ SZX2 and SZ2 series stereo microscopes and the MVX10 fluorescence microscope can expand their observation capabilities thanks to a new slim 41.5mm (1.6 in.)LED transmitted light illumination base. The base contains an easy-to-use turret system that... Read more

Slim LED Transmitted Light Illumination Base with Turret System and LED Light Source Expand Observation and Contrast Options for SZX2/SZ2/MVX10 Microscopes

May 07, 2019 Enhance Imaging with Nine Observation and Contrast Combinations and Improve Color and Brightness Users of Olympus’ SZX2 and SZ2 series stereo microscopes and the MVX10 fluorescence microscope can expand their observation capabilities thanks to a new slim 41.5mm (1.6 in.)LED transmitted light illumination base. The base contains an easy-to-use turret system that... Read more

Optimized for Assisted Reproductive Technology (ART), the Olympus IX73SC Microscope Helps Increase the Efficiency of ICSI

April 24, 2019 Motorization Eliminates Several Steps in the Intracytoplasmic Sperm Injection (ICSI) Workflow The Olympus IX73SC inverted microscope system is an assisted reproductive technology (ART) solution that facilitates and even eliminates steps in the intracytoplasmic sperm injection (ICSI) workflow as part of the in vitro fertilization (IVF) process. Here is how: Improving sperm selection: Smooth... Read more

Now offered through a partnership between Olympus and PhaseView, the Alpha3 light sheet confocal microscope provides reduced phototoxicity and improved speed

March 28, 2019 Olympus Corporation today announced the addition of the Alpha3 light sheet microscope to its Life Sciences line of high-quality and high-performance optics products. This announcement is the result of a new partnership with PhaseView, an advanced 3D microscopy and scientific imaging company based out of Paris, France. Combining Olympus’ BX43 upright frame and... Read more

Olympus EP50 Wireless (WLAN) Color Camera Engages Students in the Classroom While Facilitating Full Stand-Alone Applications

February 14, 2019 Today’s educational landscape is changing rapidly thanks to technological advances. Introducing wireless capabilities to science classrooms enables lecturers to teach and students to learn in an engaging digital environment that promotes teamwork. Equipped with a WLAN-capable Olympus EP50 camera, every microscope in a classroom becomes a wireless imaging system. Using its own... Read more

Olympus SpinSR10 Super Resolution Imaging System with Improved Efficiency Delivers Clearer Images, Reduced Phototoxicity and is 3X Brighter

November 01, 2018 The Olympus high-sensitivity SpinSR10 super resolution microscope combines fast 0.005 seconds/frame acquisition speed and 120-nanometer super resolution with improvements that provide clearer images and three times the brightness of the standard SpinSR10 model. Super resolution microscopes are used in medical and biological research to observe the internal structure of cells in fine... Read more

Increase Efficiency and Accelerate Drug Discovery Research with Olympus NoviSight™ 3D Cell Analysis Software

September 10, 2018 3D imaging technology provides images of the cell cluster down to the nuclei while mitigating drug discovery risks Olympus Corporation today announced the U.S.-only launch of a new 3D cell analysis technology with ability to accurately analyze 3D cell cultures down to the nuclei, improving the reliability and accuracy of the entire... Read more

Olympus TruResolution Objectives Maximize Resolution in Deep Imaging for Neuroscience Research

January 17, 2018 Two new Olympus TruResolution objectives for multiphoton laser scanning microscopes deliver an industry-first automatic spherical aberration compensation function that automatically compensates for Z-shifts when operating the correction collar. This function automatically finds the best collar setting based on measured image contrast for clear, bright imaging. The objectives were developed jointly with the... Read more