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Here is how Amphasys’ impedance flow cytometer is analyzing single cells such as pollen. It does so not optically but with electrical current. The absence of optical components reduces set-up times and maintenance to a minimum. This also means that there are no expensive or toxic fluorescent dyes and time-consuming sample preparation procedures.
Latest generation digital signal processing electronics are specifically tailored to Amphasys’ semi-disposable chips, such that best-of-class impedance analysis on single cells is achieved. The small dimensions of Ampha Z32 and the robustness of the electrical measurement provide a portable solution for any kind of cell analysis, be it in your laboratory or in the field. The Ampha Z32 is particularly suitable for routine applications, where detailed, high-quality cell analyses and ease-of-use are major requirements.
The F-750 Produce Quality Meter uses near-infrared (NIR) spectroscopy, as developed at Central Queensland University, to estimate quality metrics such as dry matter, Total Soluble Solids (TSS or brix), titratable acidity, and color. Working like a high-powered flashlight, the F-750 sends particles of light into a commodity, then measures the NIR light interactance with molecular components inside of the commodity to quantify user-selected traits.
The F-750 has a wide range of applications, from determining optimal harvest timing by assessing fruit maturity, to providing an objective analysis of produce quality of fruit in packing houses and upon import.
The F-750 is a handheld, fully integrated system, allowing users to operate it out in the orchard or inside the QA lab. Its simple, intuitive user interface makes it easy for anyone to use, while its model building software makes it customizable and versatile.
MADE IN USA
Patented in Australia, China, EPO, New Zealand, USA, and South Africa.
Based on the original F-750 Produce Quality Meter, is specifically engineered to gauge the maturity of avocados via dry-matter assessment. The instrument is designed to accurately predict percent dry matter with a simple push of the button. Utilizing a wi-fi connection, the data collected using the F-751 Avocado Quality Meter can be seamlessly transferred to a computer for easy analysis and data sharing.
Benefits of the Avocado Quality Meter include a more in-depth avocado model for measuring dry matter, as well as a significantly smaller price tag than the F-750 Produce Quality Meter.
The Avocado Quality Meter also comes with the ability to use Fruit Maps, the free interactive harvest map application co-created by Felix Instruments and Central Queensland University.
Kiwifruit Quality Meter
The brand new F-751 Kiwifruit Quality Meter, based on the original F-750 Produce Quality Meter, is now available for purchase. It precisely and non-destructively measures dry matter, and brix to indicate quality and ripeness using NIR (near infrared) technology. The highly portable instrument is designed to work accurately with just a simple push of the button and without destroying any fruit in the process- saving time, product, and money.
Mango Quality Meter
Using state-of-the-art NIR (near infrared) technology, the F-751 Mango Quality Meter precisely and non-destructively measures dry matter, and brix the mango’s key quality and ripeness indicators. This enables growers to accurately predict their crop harvest dates, reducing guesswork and minimizing spoilage, while increasing harvest predictability. Model built with Tommy K, Ataulfo(also known as Champagne, Honey or Adolfo), Kent, Calypso, Keitt, and Honey Gold varieties.
The CI-203 is, without question, the best leaf area meter in the market. We have also improved the instruments ability to accurately measure delicate leaves, including a feature that allows the researcher to see an image after each measurement to insure a successful scan.
The CI-710s SpectraVue Leaf Spectrometer
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, 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.
The CI-110 Plant Canopy Imager captures wide-angle canopy images while estimating Leaf Area Index (LAI) and measuring Photosynthetically Active Radiation (PAR) levels. Images live-update on the included tablet, providing instant data for verification and analysis with integrated software in the field under any daylight conditions.