Omega Optical and Artemis
A lot has changed since the Omega Optical and Artemis deal this past August. Check out this post for a quick update and hear how we've advanced our process to ensure all customers, big and small, have their needs met.A lot has changed since the Omega Optical and Artemis deal
A Day in the Life at Omega Optical
Curious about what working at Omega Optical is really like? Follow us on a behind-the-scenes tour of a typical day at the Omega office. From homemade mac and cheese to exciting company meetings, there are more than a few reasons why we're happy to call ourselves Omegians.Curious about what working at Omega Optical is really like? Follow
Innovation Makes its Home at Omega Optical
Our Research and Development Team is a staple at Omega Optical. Thanks to their hard work and dedication, we've been able to provide the most advanced and innovative products to all our customers. But Omega Optical didn't always have such a team. Check out this post to learn how Bob Johnson and Gary Carver came together to develop one of the most effective, creative R&D groups in the history of optics.Our Research and Development Team is a staple at Omega Optical.
How Omega Balances Cost and Performance of Interference Filters
Ever wondered why interference filters are priced so high? This blog post will walk you through the three main cost drivers - surface quality and dimension, aspect ratio and coating specification, and tight tolerance - and leave you with a better understanding of the cost breakdown for these products.Ever wondered why interference filters are priced so high? This blog
Spotlight on Abby Clarke
We are so excited to have interviewed Abby Clarke for our first employee spotlight. Abby is the HVP Production Coordinator here at Omega Optical and works on many innovative projects on our campus. Her interview takes a deeper look into what working at Omega is really like, mentions a runaway goose, and gives worthwhile advice to those looking to go into similar fields.We are so excited to have interviewed Abby Clarke for our
How Microscopy Filters Work
This blog post takes a deeper looker into what fluorescence microscopy filters are and how they work. Our explanation of these filters' components and principles will help you ensure you're buying the right part for your project and give you the background knowledge to succeed in optics.This blog post takes a deeper looker into what fluorescence microscopy
Build-A-Filter is More Effective Than Ever
We are excited to announce that some major changes have been made to our Build-a-Filter form. This new form was created with the customer in mind - to make customizations faster, easier, and overall more effective. What can you expect from this new form? A new format, new ways to specify desired wavelengths, a review option, and more! Check out this post to learn more about these changes and to get a step-by-step walkthrough of how to best utilize this form.We are excited to announce that some major changes have been
Optical Material: Infrared Optics
Infrared Thermometer It is an increasingly common sight to see infrared (IR)
UV Blocking Filters
Ultraviolet (UV) radiation is comprised of the part of the electromagnetic
A Guide to Beamsplitters
Applications for beamsplitters range from research and development to automobiles and
Q&A with Craig McDermott, Product Solutions Engineer
Craig McDermott, Product Solutions Engineer In this Q&A, we meet Craig McDermott,
Buyer’s Guide to Wire Grid Polarizers
Wire grid polarizers, as the name suggests, are polarizing elements that