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Looking for a digital microscope camera but confused about the options? This blog post can help.
Learn how digital imaging and the ability to easily share images fosters collaboration between cancer researchers.
Spherical aberration poses challenges to multiphoton deep imaging. Learn how to overcome them in this blog post.
New microscopy techniques continue evolving. Read all about one of the newest—light sheet—in this blog post.
Get inspired with this spotlight on our 2018 Image of Year Award winner.
The Olympus scanR High-Content Screening Station Rapidly Acquires Quantitative Data from Cell-Based Assays
Olympus is known for award-winning innovation. Read the story behind our latest award in this blog post.
Analyzing, sharing, and archiving slide data can be tedious, but it doesn't have to be. Here's 5 ways a slide scanner can benefit your research.
True 3D Analysis of an Intracellular Autophagic Pathway in a 3D Spheroid Model
3D Analysis of Co-Culture Cancer Spheroids Using NoviSight™ Software
Ever wonder what it takes to create an award-winning microscope image? Check out the first of our three 2018 Image of the Year winner spotlight posts to learn what it takes.
Our 2019 Global Image of the Year contest is in full swing. Get all the info you need here.
신뢰할 수 있고 유연하며 처리량이 많은 슬라이드 스캔 기능을 갖춘 Olympus SLIDEVIEW VS200 솔루션
Confused about which objective you need? Your answers to these 10 questions will help you figure out which objective is best for your application.
3D Analysis of Patient-Derived Tumor Organoids
October marks our 100th anniversary! In this blog post, we look back at some of our life science milestones.
Deconvolution or Super Resolution? In this blog post, we explore the differences and answer the question: is deconvolution enough?
How Olympus Super Resolution and Spinning Disk Technology Achieves Fast, Deep, and Reliable Live Cell Super Resolution Imaging
Curious about our barrier-breaking X Line objectives? Read about 3 advantages these objectives can bring to your science.
A lot goes into delivering microscope camera images that mimic how the human eye perceives color. Here, we explore the technology behind accurate color reproduction!
Immersion oil on your objectives can lead to a sticky situation. Check out these 6 tips for properly cleaning oil off your objectives.
Check out our new Discovery blog! Subscribe today for compelling content delivered directly to your inbox
Olympus launches the first global Image of the Year award
The Olympus Microscopes Museum ; You can see the key products in the history of Olympus
scanR 3.1 embraces the capabilities of artificial intelligence (AI)
Image Processing with Deconvolution
High-Performance X Line Objectives Break Optical Barriers with Simultaneously Improved Flatness, Chromatic Aberration Correction, and Numerical Aperture
Slim LED Transmitted Light Illumination Base with Turret System and LED Light Source Expand Observation and Contrast Options for SZX2/SZ2/MVX10 Microscopes.
Discovering Fine Neurovascular Structures in Tibial Epiphysis Using the FV3000 Microscope
Olympus IX73SC Inverted Microscope for Assisted Reproduction Helps Facilitate the ICSI Workflow, Improving the Speed and Efficiency of Each Procedure.
cellSens software updated: Version 2.3
Now offered through a partnership between Olympus and PhaseView, the Alpha3 light sheet microscope provides reduced phototoxicity and improved speed
Olympus EP50 Wireless (WLAN) Color Camera Engages Students in the Classroom While Facilitating Full Stand-Alone Applications
3D Observation of Cleared Mouse Liver Using the FV3000 Microscope
Visualizing DNA Repair Proteins with the FV3000 Confocal Microscope
The University of Southern California and Olympus have announced their first-ever co-development agreement.
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