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Two MultispeQ v2.5 Instruments & CaliQ Bundle

The Two MultispeQ v2.5 Instruments & CaliQ Bundle is designed for research teams, classrooms, breeding programs, and multi-site studies that need repeatable plant phenotyping measurements across multiple devices.
 
The bundle includes two MultispeQ v2.5 handheld plant phenotyping instruments and one CaliQ calibration device. Together, they provide one of the most affordable PAM-style chlorophyll fluorescence and calibration workflows for field, greenhouse, classroom, and lab research.
 
MultispeQ v2.5 combines chlorophyll fluorescence, absorbance-based spectroscopy, environmental sensing, and cloud-connected data collection in one portable instrument. The v2.5 upgrade includes updated LED channels, improved light guides, enhanced infrared capabilities, and Gold Standard QC transparency to support more consistent plant physiology measurements.
 
CaliQ allows users to self-calibrate MultispeQ instruments and helps maintain measurement consistency across multiple devices. This is especially useful when teams are collecting data across different users, locations, genotypes, plots, or field campaigns.
 
With two MultispeQ v2.5 instruments and one CaliQ device, your team can collect more data in parallel while maintaining confidence in instrument calibration and measurement comparability.
 
The bundle includes two MultispeQ v2.5 instruments and one CaliQ calibration device.
$6,295.00Price
Quantity

MultispeQ Features

Case

  • 5500 mAh internal battery, will last all day for typical use

  • Ergonomic design, right or left handed

  • Measure cuvette (algae) or leaf seamlessly

Sensors

  • Available LEDs and detectors for spectroscopy

    LEDs: 
    448 nm, 530 nm, 590 nm, 655 nm (2x), 730 nm, 810 nm, 880 nm, 950 nm (2x)

    Detectors: 
    400-700 nm, 700-1150 nm

  • Automatically adds location and time stamp to all measurements

  • Ambient temperature ± 0.5 °C

  • Contactless leaf temperature ± 0.1 °C in the 30 - 40 °C range

  • Relative humidity ± 3 %

  • Barometric pressure ± 0.25 %

  • Measure leaf angle (wilt) and cardinal direction

  • External sensor connector for ultimate modability

Usability

  • Automatic firmware updates through Mobile or Desktop App

  • Optimized power management to reduce overall power consumption

  • Collected measurements will be cached, allowing you to take measurements in remote locations.

  • Data can be easily viewed and analyzed in your browser.

  • Libraries for advanced analysis in R or Python are available.

Measurements

  • Measure fluorescence base parameters for plants and algae including ΦII, LEF, NPQ, qE, qI, qL, qPand absorbance based parameters like vH+, gH+, ECSt

  • Record abiotic factors including ambient temperature, relative humidity, barometric pressure and altitude as well as contactless leaf temperature, leaf angle and leaf direction

  • Flexible, system to create your own measurement protocols and code to analyse your data

  • Port for adding additional sensors (USB 3.0)

Specifications

DIMENSION

spec_plan.png

APPS

  • Android

  • Windows

  • Mac

CONNECTIONS

Micro-USB 2.0

Bluetooth

SOFTWARE

The instrument connects to the PhotosynQ network via mobile (Android) or desktop (PC or Mac) apps to collect measurements and save it to the online platform. There your measurements can be managed, analyzed, and shared with communities across the world.

Facts and Specifications

Development

  • Available LEDs and detectors for spectroscopy

    LEDs: 
    448 nm, 530 nm, 590 nm, 655 nm (2x), 730 nm, 810 nm, 880 nm, 950 nm (2x)

    Detectors: 
    400-700 nm, 700-1150 nm

  • Automatically adds location and time stamp to all measurements

  • Ambient temperature ± 0.5 °C

  • Contactless leaf temperature ± 0.1 °C in the 30 - 40 °C range

  • Relative humidity ± 3 %

  • Barometric pressure ± 0.25 %

  • Measure leaf angle (wilt) and cardinal direction

  • External sensor connector for ultimate modability

Experience

  • Automatic firmware updates through Mobile or Desktop App

  • Optimized power management to reduce overall power consumption

  • Collected measurements will be cached, allowing you to take measurements in remote locations.

  • Data can be easily viewed and analyzed in your browser.

  • Libraries for advanced analysis in R or Python are available.

photosynq-multispeq-2-5-global-research-network_edited.jpg

Get a MultispeQ 

and start today!

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