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"Point-and-shoot" technology to instantly measure relative chlorophyll content Detects stress earlier than visual monitoring Technology based on an exclusive patent license from NASA Laser guides outline the edges of the measured sample area Calculates and displays a running average for multiple readings Connects to any GPS...
Non-destructive Measurements The MC-100 measures the ratio of radiation transmittance from two wavelengths (red, strongly absorbed by chlorophyll, and near infrared, not absorbed by chlorophyll). This makes measurements non-destructive and nearly instantaneous (measurement times are less than 3 seconds).This allows rapid measurements on multiple leaves...
CM1000 NDVI FieldScout Portable Chlorophyll Meter. Part No. 2953.Normalized Difference Vegetation Index (NDVI).
◆ FSO2-II FireStingO2 (1-Channel) and FSO2-AK Interface Converter for FireStingO2 for MINI-PAM-II◆ The FSO2-II is an improved version with robust probe for fast measurement, designed photosynthetic measurements.
A MICRO-PAM system involves several light-weight chlorophyll fluorometers for field use. Being capable of multi-site monitoring of photosynthesis over weeks and months, the MICRO-PAM is tailored to study plant responses to environmental changes in nature and under controlled conditions. Due to its compact measuring heads, the MICRO-PAM is suited for...
Chl Fluorescence & P700 AbsorbanceWALZ P700 Tutorial - Basic Concepts:
Chlorophyll Fluorescence System WALZMOBILE Version is dedicated to chlorophyll fluorescence imaging in the field. The MAXI and MINI versions may be combined with the Gas-Exchange System GFS-3000 thus integrating detailed spatial information on photosynthesis and with exact analysis of photosynthetic carbon fixation. OUTDOOR Version:For field research on...
JUNIOR-PAM and JUNIOR-PAM/W - Compact Fluorometer from WALZ The two versions of the JUNIOR-PAM fluorometer provide visible light of different spectral composition: the BLUE version emits between 400 and 500 nm with a maximum around 445 nm. The WHITE version shows a narrow-band blue emission peaking around 445 nm plus a broad band emission ranging from 475...
Outstanding Properties of the MICROSCOPY-PAM◆ Fluorescence detection by a highly sensitive red-enhanced photomultiplier tube◆ Single cell analysis◆ Version with blue or red light available
The chlorophyll fluorometer MONITORING-PAM is designed for unattended, long-term and multi-site monitoring of chlorophyll fluorescence in air or underwater. At each measuring site, compact and robust emitter-detector units measure modulated chlorophyll fluorescence and perform saturation pulse analysis.
High-performance Field and Laboratory Chlorophyll Fluorometer.Major Points of the PAM-2500: Saturation pulse as well as polyphasic rise analysis with time resolution down to 10 μs Latest generation light-emitting diodes for all internal light sources High sensitivity enabling high quality measurements with dilute suspensions of algae and cyanobacteria.
PSI's PlantPen is a reflectance-based device that provides a convenient, low-cost method of measuring the relative chlorophyll content of attached or detached leaves.PlantPens are portable, battery-operated devices that help characterize plants by reflectance by calculating specific indices to monitor chlorophyll content, photoprotective carotenoids,...
Monitoring Pen is an extended version of the popular FluorPen, that offers measurement of equal fluorescence parameters and protocols – Ft, QY, OJIP, NPQ and Light Curve. Due to its robust and weatherproof construction the Monitoring Pen is designed for long-term, unattended monitoring of chlorophyll fluorescence parameters in indoor or outdoor...
Double-Modulation Fluorometer FL 6000 measures chlorophyll α (Chlα) fluorescence.Measured fluorescence emission is excited by a set of light-emitting diodes that generate measuring flashes of few microseconds in duration and low light intensity; the photochemistry is driven by single-turnover flashes or by continuous actinic irradiance.Chlorophyll α...
The WATER-PAM-II is next to PHYTO-PAM-II, the instrument of choice for phytoplankton analysis.It may be used for laboratory cultures as well as natural water samples when very low chlorophyll contents of samples require ultra-sensitive fluorescence detection. WATER-PAM-II is a portable cuvette system for analysing the photosynthetic activity of a wide...
Handy FluorCam FC 1000-H is a lightweight, portable device designed to obtain time-resolved chlorophyll fluorescence imaging of leaves, small plants, leaf segments, mosses, lichens, seeds, roots, plaque tissue, or algal colonies in both the field as in the laboratory.
Handy GFPCam FC 1000-H / GFP is a modified version of the popular Handy FluorCam. Its unique construction allows both time-resolved chlorophyll fluorescence imaging and GFP imaging. Handy GFPCam is a lightweight, portable system designed to image leaves, small plants, leaf segments, mosses, lichens, seeds, roots, plate tissue, or algal colonies both in...
The closed FluorCam FC 800-C is a popular and best-selling system for imaging the kinetics of chlorophyll fluorescence that can be extended to a multispectral version allowing the detection of various fluorescent signals. The standard version consists of a CCD camera and four fixed LED panels. LED panels provide uniform irradiance on samples up to 90 ×...
The closed GFPCam FC 800-C / 1010GFP was developed specifically for various applications requiring imaging of green fluorescent proteins in molecular and cellular biology. The device is equipped with a software-controlled motorized filter wheel, which provides a quick and easy switch between chlorophyll and GFP fluorescence detection.
Open FluorCam FC 800-O / 1010 and FC 800-O / 2020 are highly modular instruments with flexible geometry. The LED panels and the light source that generates saturating flashes can be positioned at various angles and distances from the specimen. Furthermore, the position of the chamber with respect to the sample is adjustable..
The FC 2000-Z Fluorescence Kinetic Microscope (FKM) is designed to be the most versatile tool for laboratory research. Fluorescence Kinetic Microscope (FKM) extends the full capabilities of kinetic chlorophyll or multi-color fl uorescence imaging to the realm of individual cells and subcellular structures
Custom FluorCams are complex multispectral imaging systems that are manufactured to very specific customer needs. They achieve all the capabilities and characteristics of standard FluorCams. Additionally, other imaging and scoring units can be incorporated into the system, such as an RGB camera for true color analysis or thermal imaging for sheet surface...