VersaChrome filters do what no thin-film filter has done before – offer tunability over a very wide range of wavelengths by adjusting the angle of incidence with essentially no change in spectral performance. They combine the spectral characteristics and two-dimensional imaging performance of a thin-film filter with the wavelength-tuning flexibility of a diffraction grating.
VersaChrome Edge tunable filters unlock virtually unlimited spectral flexibility for fluorescence microscopy and hyperspectral imaging, as well as for spectroscopy applications. By utilizing a combination of VersaChrome Edge tunable long-wave pass and short-wave pass filters, a bandpass filter as narrow as sub 5nm FWHM or as wide as 12% of the center wavelength throughout the visible and near-infrared wavelength ranges can be created. Semrock’s patented tunable thin-film filters can’t be found anywhere else in the market.
Visit our VersaChrome Edge™ tunable filters page for additional information.
VersaChrome Edge tunable filters unlock virtually unlimited spectral flexibility for fluorescence microscopy and hyperspectral imaging, as well as for spectroscopy applications. By utilizing a combination of VersaChrome Edge tunable long-wave pass and short-wave pass filters, a bandpass filter as narrow as sub 5nm FWHM or as wide as 12% of the center wavelength throughout the visible and near-infrared wavelength ranges can be created. Semrock’s patented tunable thin-film filters can’t be found anywhere else in the market.
Visit our VersaChrome Edge™ tunable filters page for additional information.
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EachUS Domestic pricing – contact your local distributor for other currency list prices
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1,782.65 USD EachUS Domestic pricing – contact your local distributor for other currency list prices
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Select all 27 products from all pages.
TLP01-448-25x36
FL-009776 / 0
• T = 50% ≥ 448.0 nm at 0° & ≤ 400.0 nm at 60°
• Tavg ≥ 93% over 57 nm at 0° & ≥ 90% over 51 nm at 60°
TLP01-501-25x36
FL-009750 / 0
• T = 50% ≥ 501.5 nm at 0° & ≤ 448 nm at 60°
• Tavg ≥ 93% over 64 nm at 0° & ≥ 90% over 57 nm at 60°
TLP01-561-25x36
FL-009778 / 0
• T = 50% ≥ 561.0 nm at 0° & ≤ 501.5 nm at 60°
• Tavg ≥ 93% over 72 nm at 0° & ≥ 90% over 64 nm at 60°
TLP01-628-25x36
FL-009786 / 0
- T = 50% ≥ 628.0 nm at 0° & ≤ 561.0 nm at 60°
- Tavg ≥ 93% over 80 nm at 0° & ≥ 90% over 72 nm at 60°
TLP01-704-25x36
FL-009791 / 0
- T = 50% ≥ 704.0 nm at 0° & ≤ 628.0 nm at 60°
- Tavg ≥ 93% over 90 nm at 0° & ≥ 90% over 80 nm at 60°
TLP01-790-25x36
FL-009789 / 0
- T = 50% ≥ 790.0 nm at 0° & ≤ 704.0 nm at 60°
- Tavg ≥ 93% over 101 nm at 0° & ≥ 90% over 90 nm at 60°
TLP01-887-25x36
FL-009787 / 0
- T = 50% ≥ 887.0 nm at 0° & ≤ 790.0 nm at 60°
- Tavg ≥ 93% over 114 nm at 0° & ≥ 90% over 101 nm at 60°
TLP01-995-25x36
FL-009794 / 0
- T = 50% ≥ 995.0 nm at 0° & ≤ 887.0 nm at 60°
- Tavg ≥ 93% over 127 nm at 0° & ≥ 90% over 114 nm at 60°
TLP01-1116-25x36
FL-009790 / 0
• T = 50% ≥ 1116.0 nm at 0° & ≤ 995.0 nm at 60°
• Tavg ≥ 93% over 143 nm at 0° & ≥ 90% over 127 nm at 60°
TSP01-448-25x36
FL-009751 / 0
• T = 50% ≥ 448.0 nm at 0° & ≤ 400 nm at 60°
• Tavg ≥ 93% over 51 nm at 0° & ≥ 80% over 45 nm at 60°
| Topic | Description |
| Cleaning Optical Filters | Instructions for cleaning hard coated optical filters |
| Filter Reliability | Compares the performance and reliability of hard coated filters to traditional soft-coated filters and provides information about the testing standards for Semrock filters |
| Laser Damage Threshold | Provides information for calculating laser damage threshold for pulsed and continuous wave lasers |
| Tunable Bandpass Filters | Compares the spectral response of tunable bandpass filters to traditional filter spectra at non-normal angles of incidence |
| Working with Optical Density | Tables to describe the relationship between OD and transmission with tips for quickly calculating OD |
| Filter Spectra at Non-normal Angles of Incidence | Discusses how angle tuning affects the spectral response of different types of filters. |
Journal Article
| Topic | Description |
| Tunable Bandpass Filters | Neil Anderson, PhD, and Turan Erdogan, PhD, Photonics Tech Briefs, July 2010, Describes the advances that have led to the design of thin-film filters that are tunable over a wide angle with no change in spectral performance |
White Paper
| Topic | Description |
| Semrock VersaChrome Tunable Bandpass Filters | An in-depth comparison of the major types of tunable filters in terms of key performance parameters |
VersaChrome Edge™ Tunable Filter Calculator
Semrock's VersaChrome Edge™ filter unlock virtually unlimited spectral flexibility for fluorescence microscopy and hyperspectral imaging as well as spectroscopy applications. By utilizing a combination of VersaChrome Edge™ tunable long-wave-pass and short-wave-pass filters, a bandpass filter as narrow as sub 5nm FWHM or as wide as 12% of the center wavelength throughout the visible and near-infrared wavelength ranges can be created.
Input the desired Center-Wavelength (CWL) and Guaranteed-Minimum-Bandwidth (GMBW) or Full-Width-Half-Maximum (FWHM) to achieve a required passband to calculate which filters and rotational angles to use to achieve this result.
Click Here to Download Our White Paper, "Creating Your Own Bandpass Filter"
total selected
Clear selection
Select all 27 products from all pages.
TLP01-448-25x36
FL-009776 / 0
• T = 50% ≥ 448.0 nm at 0° & ≤ 400.0 nm at 60°
• Tavg ≥ 93% over 57 nm at 0° & ≥ 90% over 51 nm at 60°
TLP01-501-25x36
FL-009750 / 0
• T = 50% ≥ 501.5 nm at 0° & ≤ 448 nm at 60°
• Tavg ≥ 93% over 64 nm at 0° & ≥ 90% over 57 nm at 60°
TLP01-561-25x36
FL-009778 / 0
• T = 50% ≥ 561.0 nm at 0° & ≤ 501.5 nm at 60°
• Tavg ≥ 93% over 72 nm at 0° & ≥ 90% over 64 nm at 60°
TLP01-628-25x36
FL-009786 / 0
- T = 50% ≥ 628.0 nm at 0° & ≤ 561.0 nm at 60°
- Tavg ≥ 93% over 80 nm at 0° & ≥ 90% over 72 nm at 60°
TLP01-704-25x36
FL-009791 / 0
- T = 50% ≥ 704.0 nm at 0° & ≤ 628.0 nm at 60°
- Tavg ≥ 93% over 90 nm at 0° & ≥ 90% over 80 nm at 60°
TLP01-790-25x36
FL-009789 / 0
- T = 50% ≥ 790.0 nm at 0° & ≤ 704.0 nm at 60°
- Tavg ≥ 93% over 101 nm at 0° & ≥ 90% over 90 nm at 60°
TLP01-887-25x36
FL-009787 / 0
- T = 50% ≥ 887.0 nm at 0° & ≤ 790.0 nm at 60°
- Tavg ≥ 93% over 114 nm at 0° & ≥ 90% over 101 nm at 60°
TLP01-995-25x36
FL-009794 / 0
- T = 50% ≥ 995.0 nm at 0° & ≤ 887.0 nm at 60°
- Tavg ≥ 93% over 127 nm at 0° & ≥ 90% over 114 nm at 60°
TLP01-1116-25x36
FL-009790 / 0
• T = 50% ≥ 1116.0 nm at 0° & ≤ 995.0 nm at 60°
• Tavg ≥ 93% over 143 nm at 0° & ≥ 90% over 127 nm at 60°
TSP01-448-25x36
FL-009751 / 0
• T = 50% ≥ 448.0 nm at 0° & ≤ 400 nm at 60°
• Tavg ≥ 93% over 51 nm at 0° & ≥ 80% over 45 nm at 60°
| Topic | Description |
| Cleaning Optical Filters | Instructions for cleaning hard coated optical filters |
| Filter Reliability | Compares the performance and reliability of hard coated filters to traditional soft-coated filters and provides information about the testing standards for Semrock filters |
| Laser Damage Threshold | Provides information for calculating laser damage threshold for pulsed and continuous wave lasers |
| Tunable Bandpass Filters | Compares the spectral response of tunable bandpass filters to traditional filter spectra at non-normal angles of incidence |
| Working with Optical Density | Tables to describe the relationship between OD and transmission with tips for quickly calculating OD |
| Filter Spectra at Non-normal Angles of Incidence | Discusses how angle tuning affects the spectral response of different types of filters. |
Journal Article
| Topic | Description |
| Tunable Bandpass Filters | Neil Anderson, PhD, and Turan Erdogan, PhD, Photonics Tech Briefs, July 2010, Describes the advances that have led to the design of thin-film filters that are tunable over a wide angle with no change in spectral performance |
White Paper
| Topic | Description |
| Semrock VersaChrome Tunable Bandpass Filters | An in-depth comparison of the major types of tunable filters in terms of key performance parameters |
VersaChrome Edge™ Tunable Filter Calculator
Semrock's VersaChrome Edge™ filter unlock virtually unlimited spectral flexibility for fluorescence microscopy and hyperspectral imaging as well as spectroscopy applications. By utilizing a combination of VersaChrome Edge™ tunable long-wave-pass and short-wave-pass filters, a bandpass filter as narrow as sub 5nm FWHM or as wide as 12% of the center wavelength throughout the visible and near-infrared wavelength ranges can be created.
Input the desired Center-Wavelength (CWL) and Guaranteed-Minimum-Bandwidth (GMBW) or Full-Width-Half-Maximum (FWHM) to achieve a required passband to calculate which filters and rotational angles to use to achieve this result.
Click Here to Download Our White Paper, "Creating Your Own Bandpass Filter"
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