The Z1300 FytoScope Chamber represents a remarkable combination of an LED-based growth camber and a measuring device. It provides well defined culture conditions. The illumination can be controlled in its power, spectral composition and temporal modulation. Temperature, gas atmosphere composition, and shaking power can be constant or varied. The FytoScope is primarily designed for cultivation and monitoring of higher plants. Alternatively, it can be used for growing algae and cyanobacteria in Petri dishes or Erlenmeyer flasks that are exposed to well defined irradiance, kept in constant temperature and, if needed, supplied by gas mixture.

Highlights

light levels - 500 µmol (photons)/m²s, optional 2000 µmol (photons)/m²s
Rapid modulation of irradiance simulating light flecks
Precise adjustment of the light intensity in the range of 1-100%
Full-spectrum colors from 480 nm to 735 nm, with optional UVA and IR
Independently programmable light composition and dynamics in UVA, VIS and near IR
LED technology with no plant heating

Online Measured Parameters

Ft, Fm, QY
Relative humidity
Temperature
Light intensity
CO2 assimilation monitor

Applications

Real-time, in-situ, high-content monitoring of plant performance
Accurate, precision-controlled plant growing
Accurately controlled growing of algae or cyanobacteria in Petri dishes or Erlenmeyer flasks

Construction

High-quality construction materials ensuring maximum durability and reliability
Outside dimensions: 131 x 80 x 175 cm
Inside dimensions: 120 cm (width) x 70 cm (depth) x 150 cm (height). LED light illumination in two separate spaces.
Volume: 1300L
Small footprint, lightweight, table top

Other FytoScope Features

LED light illumination (35 x 90 cm)
White + infrared LEDs
Other colors as an option
Light intensity 1,000 µmol (photons)/m²s
Precise control over the light mode, intensity, and timing
Accurate control over the relative humidity and temperature (15 - 60 ºC)
Continuous measurement of fluorescence (Fv/Fm, Ft, Fv, etc.) and relative humidity
Includes touch-screen PC with software for data collection and graph visualization
Web interface (remote control via internet)

Control Software

Data collection in real time
Data upload for processing - even when the experiment is running
Data visualization in graphs or tables
Web interface

Producing Area:Canada