• UV-Vis-NIR Spectroradiometer: Three wavelength options are available; 350 to 1000 nm, 300 to 850 nm, or 300 to 1000 nm (calibrated wavelength ranges for irradiance measurements).
• Field Measurements: Small and lightweight with a rugged housing and no moving parts. Powered through the USB port on a computer allowing mobile field measurements.
• Complete Package: Includes spectroradiometer, two meter fiber optic cable, cosine-corrected detector, USB cable, USB drive with required drivers and software (compatible with all 32-bit and 64-bit Windows operating systems), and shoulder bag (functions as a carrying case and field measurement pack). A reflectance probe and reflectance standard are available as accessories.
• Applications : Non-destructive measurement of irradiance/reflectance measurement of individual & Whole Plant or a field for the application of plant monitoring for the Chlorophyll, NDVI, Drought, Disease, Nutrient Stress, water stress, insect attack, and overall plant health; Measurement of spectral output (energy flux density, photon flux density, or illuminance) of radiation sources, reflectance and transmittance measurements of natural and synthetic surfaces and materials and absorptance measurements of chemical samples etc.

New Handheld Spectroradiometer Model MS-100 :

• The new MS-100 InSight device is a handheld, portable spectroradiometer specifically designed for taking spectral measurements and analysing grow lights of all kinds in field.
• The MS-100 can be used in multiple modes. Spot check mode allows you to take a measurement and see the different metrics on the unit's small screen, which also includes a basic spectral graph. When paired with an iOS or Android phone, the Apogee Insight App allows you to check different lighting metrics, store multiple spectral samples for download, and view full-color graphs.
• Measuresfrom 380 to 780 nm (calibrated wavelength ranges for irradiance measurements) and instantly calculates the most important metrics of photobiology, including PAR, ePAR, PAR-FAR, and more.
• Applications : Analysis of spectral outputs from radiation sources used to grow plants and other photosynthetic organisms (e.g., outdoors, in greenhouses, growth chambers, and aquariums), measuring solar spectra from changing atmospheric conditions, and making spectral reflectance measurements.
• Product Details : Click Here