Ultra Narrow filters bring new levels of performance to filters with very narrow bandwidth responses. Typically fully blocked to OD4 or OD6 and < 3 nm wide at FWHM, Alluxa Ultra Narrow Filters are uniquely steep and accurate. All Alluxa Ultra Narrow filters are fabricated with a proprietary durable, hard coating process. Even very narrow ( < 0.5 nm at FWHM ) Ultra Narrow filters typically have transmission values >90%.
Item Number
7057
Angle of Incidence
0 Degrees
Center Wavelength
354.72 nm +0.4 / -0.1nm
FWHM
< 0.2 nm
Transmission Band(s)†
Peak> 70% T Absolute
Blocking Level
OD5
Blocking Range(s)*
OD5: 200 to 340 nm, 370 to 1200 nm
Filter Design
Single Cavity
Substrate Type
Fused Silica
Dimensions
25.3 mm Diameter
Filter Thickness
2.0 mm
Assembly Type
Anodized Aluminum Ring
Assembly Thickness
5.0 mm
*Auxiliary blocking typical based on the displayed spectrum. †For filters with less than 1nm bandwidth, measurement limitations may result in slight transmission variation.
透過率:
OD值:
400-0.37 OD6 Ultra Narrow Bandpass
Ultra Narrow filters bring new levels of performance to filters with very narrow bandwidth responses. Typically fully blocked to OD4 or OD6 and < 3 nm wide at FWHM, Alluxa Ultra Narrow Filters are uniquely steep and accurate. All Alluxa Ultra Narrow filters are fabricated with a proprietary durable, hard coating process. Even very narrow ( < 0.5 nm at FWHM ) Ultra Narrow filters typically have transmission values >90%.
Item Number
7329
Angle of Incidence
0 Degrees
Center Wavelength
400 nm Nominal
FWHM
<0.45 nm
Transmission Band(s)†
400 nm > 80% T Absolute
Blocking Level
OD6
Blocking Range(s)*
OD6: 300 to 391 nm, 409 to 1200 nm
Filter Design
Multi-Cavity
Substrate Type
NBK-7
Dimensions
30.0 mm Diameter
Filter Thickness
3.0 mm
Assembly Type
Anodized Aluminum Ring
Assembly Thickness
5.0 mm
*Auxiliary blocking typical based on the displayed spectrum. †For filters with less than 1nm bandwidth, measurement limitations may result in slight transmission variation.
Alluxa's ULTRA Series of fluorescence filters are designed to provide the highest level of performance currently available for off the shelf products. ULTRA Series filters provide better overall performance than our standard fluorescence filters by using a combination of tight wavelength control (typically ± 1.5 nm), ultra-steep edges, deeper blocking, and the industry's highest transmission levels. They are also specified to produce zero pixel shift when imaging multiple fluorophores. ULTRA Series filters will optimize fluorescence instrument performance, resulting in bright, high contrast images of target molecules. All of Alluxa's filters are durable and hard-coated using a proprietary deposition process.
Band 1: 49 nm Nominal, Band 2: 22 nm Nominal, Band 3: 30 nm Nominal, Band 4: 54 nm Nominal, Band 5: 85 nm Nominal
Transmission Band(s)
414 to 459 nm > 90% T Average, 512 to 530 nm > 90% T Average, 591 to 617 nm > 90% T Average, 680 to 728 nm > 90% T Average, 771 to 849 nm > 90% T Average
Blocking Level
OD6
Blocking Range(s)*
OD6: 380 to 406 nm, 467 to 504 nm, 539 to 582 nm, 628 to 668 nm, 742 to 756 nm, 870 to 1050 nm; OD4: 200 to 380 nm; OD2: 1050 to 1100 nm
Alluxa's ULTRA Series of fluorescence filters are designed to provide the highest level of performance currently available for off the shelf products. ULTRA Series filters provide better overall performance than our standard fluorescence filters by using a combination of tight wavelength control (typically ± 1.5 nm), ultra-steep edges, deeper blocking, and the industry's highest transmission levels. They are also specified to produce zero pixel shift when imaging multiple fluorophores. ULTRA Series filters will optimize fluorescence instrument performance, resulting in bright, high contrast images of target molecules. All of Alluxa's filters are durable and hard-coated using a proprietary deposition process.