It’s a non-destructive, rapid measurement of plant stress & pigments.
The CI-710s SPECTRAVUE Leaf Spectrometer is designed to simultaneously measure the transmission, absorption, and reflection of light by biological substances within a wide range of wavelengths that cover visible and Near Infra-Red (NIR) light. The spectrum can be used for the quantification of chemical concentrations, color analysis, the study of photochemical reactions such as photosynthesis, and the quantification of physical or optical properties such as film thickness, index of refraction, and extinction coefficient. The newly redesigned SPECTRAVUE Leaf Spectrometer has been upgraded with an all-new spectrometer (360-1100 nm) to allow full operation in a handheld form factor with a 7” 1024 x 600 IPS touchscreen display. This allows easy portability for remote operation with a full suite of built-in analysis software.
- High resolution and real-time high-speed scanning
- Very high sensitivity; ideal for fluorescence and other low light level applications
- USB interface
- In-field analysis
- Simultaneous measurement of absorbance, reflectance, and transmittance
- Integrating time = 3.8 ms – 10 seconds
- Lightweight and fully portable
Operation:
SPECTRAVUE is a powerful spectrometer paired with a leaf probe attachment, onboard operating software, and display screen. Two broadband light sources are located inside the device. One is positioned in the leaf clamp for transmissive measurements, and one is placed inside the case for reflective measurements. The spectrometer module takes the light from the leaf probe attachment and projects the wavelength dispersed light onto a CCD array. Each pixel of the CCD array thus corresponds to a specific wavelength of light. The operating software displays the light intensity of each pixel of the CCD array.
Three spectroscopic measurements can be performed by SPECTRAVUE:
Transmittance (T) is the fraction of the incident light passing through a sample, such as a leaf. When the intensity of the incident light is Io, and the intensity of light passing through the sample is It, the transmittance, T, is then expressed as T = It / Io. The CI-710s software suite can automatically calculate and plot the transmission spectrum with the reference spectrum (the intensity profile of the light source) stored.
It’s a non-destructive, rapid measurement of plant stress & pigments.
The CI-710s SPECTRAVUE Leaf Spectrometer is designed to simultaneously measure the transmission, absorption, and reflection of light by biological substances within a wide range of wavelengths that cover visible and Near Infra-Red (NIR) light. The spectrum can be used for the quantification of chemical concentrations, color analysis, the study of photochemical reactions such as photosynthesis, and the quantification of physical or optical properties such as film thickness, index of refraction, and extinction coefficient. The newly redesigned SPECTRAVUE Leaf Spectrometer has been upgraded with an all-new spectrometer (360-1100 nm) to allow full operation in a handheld form factor with a 7” 1024 x 600 IPS touchscreen display. This allows easy portability for remote operation with a full suite of built-in analysis software.
- High resolution and real-time high-speed scanning
- Very high sensitivity; ideal for fluorescence and other low light level applications
- USB interface
- In-field analysis
- Simultaneous measurement of absorbance, reflectance, and transmittance
- Integrating time = 3.8 ms – 10 seconds
- Lightweight and fully portable
Operation:
SPECTRAVUE is a powerful spectrometer paired with a leaf probe attachment, onboard operating software, and display screen. Two broadband light sources are located inside the device. One is positioned in the leaf clamp for transmissive measurements, and one is placed inside the case for reflective measurements. The spectrometer module takes the light from the leaf probe attachment and projects the wavelength dispersed light onto a CCD array. Each pixel of the CCD array thus corresponds to a specific wavelength of light. The operating software displays the light intensity of each pixel of the CCD array.
Three spectroscopic measurements can be performed by SPECTRAVUE:
Transmittance (T) is the fraction of the incident light passing through a sample, such as a leaf. When the intensity of the incident light is Io, and the intensity of light passing through the sample is It, the transmittance, T, is then expressed as T = It / Io. The CI-710s software suite can automatically calculate and plot the transmission spectrum with the reference spectrum (the intensity profile of the light source) stored.
