In the past ten years Continuously Variable Filters have become sufficiently performant for challenging applications in fluorescence detection and spectroscopy. CVF offer an excellent alternative to filter wheels or gratings when full wavelength tunability is a requirement in any instrument. You will learn what Continuously Variable Filters are, what their features and benefits are, and how you can use them to make your instrument fully tuneable and flexible.
In the webinar’s first part BMG Labtech will explain why they chose to replace gratings with CVF in their ClarioStar microplate reader. They will show how they designed a completely new optical engine and what the features and benefits are for their customers. In the second part Delta will explain the filter technology behind this unique microplate reader and demonstrate other application examples.
BMG Labtech to Cover:
- Introducing BMG LABTECH: company, products, market and customers
- Development of a flexible microplate reader with high sensitivity
- Filter-based reader, conventional monochromator and their limitations
- Use of Linear Variable Filters in a monochromator
- Advantages of an LVF Monochromator for our customers
Delta Optical Thin Film to Cover:
- Who is Delta Optical Thin Film?
- Principles of construction for Delta Optical Thin Film’s filters
- Advantages of Delta Optical Thin Film’s filters
- Continuously Variable Filters for Broadband Light Sources
- Continuously Variable Filters for Fluorescence Spectrometers
- Continuously Variable Filters for Multiphoton Laser Raster Microscopes
- Discussion
