Audited Supplier
Dichroic mirror
500-1000X
Biological
Binoculars
Desktop
Stereoscopic Effect
Fluorescence
Single-lens
Teaching, Research, Optical Coating Filter
Optics
Differential Interference Contrast Microscope
Optolong
Packing in Box
10*10*8mm
Fob Kunming China
9001909090
Product Description
1. Brief Description:
Optical fluorescence filters are the essential components for most of the life science and biochemical analyzer instrument. As the requirement of precise diagnose and analyze, it requires narrow bandwidth which is usually 8nm and 10nm.Light outside the interested area is blocked to above OD4. Wavelength for such kind of application is from 200nm to 1100nm.
2. Application:
fluorescence microscopy, PCR analyzer, microplate reader, raman microscopy, cell counters, flow cytometry, fluorometer, surgical devices and other application which needs high content analysis imaging system.
3. Advantage of Optolong Fluorescence Filter
(1) Multi cavity deposition makes thin film layers to be more than 300.
(2) Durable hard coating film layers.
(3) More than OD7 blocking depth on one single substrate.
(4) Transmission above 90%.
(5) Bandwidth narrow to 3nm.
(6) Unique design to control rectangularity, overlap.
(7) Wide angle of incidence change.
Optical fluorescence filters are the essential components for most of the life science and biochemical analyzer instrument. As the requirement of precise diagnose and analyze, it requires narrow bandwidth which is usually 8nm and 10nm.Light outside the interested area is blocked to above OD4. Wavelength for such kind of application is from 200nm to 1100nm.
2. Application:
fluorescence microscopy, PCR analyzer, microplate reader, raman microscopy, cell counters, flow cytometry, fluorometer, surgical devices and other application which needs high content analysis imaging system.
3. Advantage of Optolong Fluorescence Filter
(1) Multi cavity deposition makes thin film layers to be more than 300.
(2) Durable hard coating film layers.
(3) More than OD7 blocking depth on one single substrate.
(4) Transmission above 90%.
(5) Bandwidth narrow to 3nm.
(6) Unique design to control rectangularity, overlap.
(7) Wide angle of incidence change.
