- Out of stock
Product Description No returns or refundsunless due to product quality issues. Equipped with SONY IMX991/990 SenSWIR sensors. Optional resolutions: 0.34 MP or 1.34 MP. Spectral response: 400–1700 nm, supports visible and short-wave infrared (SWIR) imaging. Supports - Out of stock
Product Description The imaging principle of a fluorescence microscope is based on the physical phenomenon that certain molecules can absorb light of specific wavelengths (excitation light) and then emit light of other wavelengths (emission light). This - Out of stock
Product Description The imaging principle of a fluorescence microscope is based on the physical phenomenon that certain molecules absorb light of a specific wavelength (excitation light) and then emit light of another wavelength (emission light). This - Out of stock
MUS810M-G-UV UV Scientific Camera
- Out of stock
Product Description No returns or refundsunless due to product quality issues. Equipped with SONY IMX991/990 SenSWIR sensors. Optional resolutions: 0.34 MP or 1.34 MP. Spectral response: 400–1700 nm, supports visible and short-wave infrared (SWIR) imaging. Supports - Out of stock
Product Description The imaging principle of a fluorescence microscope is based on the physical phenomenon that certain molecules can absorb light of specific wavelengths (excitation light) and then emit light of other wavelengths (emission light). This - Out of stock
Product Description The imaging principle of a fluorescence microscope is based on the physical phenomenon that certain molecules absorb light of a specific wavelength (excitation light) and then emit light of another wavelength (emission light). This - Out of stock
MUS810M-G-UV UV Scientific Camera











