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The new MINI-PAM-II fluorometer combines the merits of its predecessor “MINI-PAM” with most modern LED and computer technology.
Sensitivity, small dimensions, reliability under rugged conditions, and simple execution of fluorescence analysis makes the MINI-PAM-II the new standard for PAM fluorometry in field research.
Well-tested fiberoptics with 5.5 mm or 2 mm active diameter reaches even hidden samples.
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Measurements under field conditions are easily controlled and monitored by a transflective touchscreen.
Energy-efficient LED sources, storage capacity of 27,000 data sets, and easy replaceable off-the-shelf batteries permit long term research campaigns at remote places.
A new fully digital leaf clip combines fluorescence analysis with measurements of photosynthetically active radiation (PAR), leaf temperature and relative humidity.
Expandable through accessories such as external multicolor lamp, optical oxygen sensor and barcode scanner.
No published specifications for this product.
Walz · DIVING-PAM-II
The DIVING-PAM-II is the successor of the DIVING-PAM which has been proven as reliable and robust chlorophyll fluorometer for studying photosynthesis in and under water. To date, about 500 scientific papers containing measurements with DIVING-PAM have been…
Walz · DUAL-KLAS-NIR
The DUAL-KLAS-NIR represents a significant advancement over the well-established DUAL-PAM-100 system. The DUAL-PAM-100 employs one pair of wavelengths in the near infrared (NIR) to measure absorption changes related to redox alterations of the photosystem I…
Walz · JUNIOR-PAM
The JUNIOR-PAM fluorometer is a miniaturized instrument capable to carry out the full range of saturation pulse analysis of photosystem II. A small box of 11.5 x 6.5 x 3.0 cm contains all optical and electronic components. The fluorometer is connected to the…
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