CID BioScience Handheld Photosynthesis system CI-340
Customers based outside of the UK, please contact us directly for assistance: jingle@harvestagri.co.uk or +44 7984 018400
About this product
The CI-340 Handheld Photosynthesis System is a portable, single-handed tool that measures photosynthesis, respiration, transpiration, stomatal conductance, PAR and internal CO?2. Light-weight and durable, the CI-340 was designed for field use.
See “Modules and Accessories for CID BioScience CI-340 photosynthesis equipment”
The optional accessory modules allow researchers to control CO2, H2O, temperature, light intensity, and measure chlorophyll fluorescence, while the ten different customized chambers accommodate any leaf size, including conifer needles and cacti.
Direct chamber connection to the CO2/H2O gas analyzer reduces measurement delay and enables rapid measurement of gas exchange with minimal delays.
Plant Physiology & Ecology: Unravel the complexities of plant responses to environmental stressors, aiding in the understanding of adaptation strategies.
Agricultural Science: Enhance crop management and optimization through detailed insights into photosynthetic performance and plant health.
Climate Change Research: Assess the impact of global climatic variations on plant productivity and ecosystem sustainability.
Breeding Programs: Fast-track the selection of high-performing plant varieties by efficiently screening for photosynthetic efficiency and resilience.
- Lightweight and optimized for single-handed operation
- Stable analyzers for accurate CO2 and H2O measurements
- Accommodates open and closed system measurements
- Infrared, non-contact leaf temperature measurement
- Ten interchangeable chambers customized for different leaf types
- Custom soil respiration chamber
- Control modules for light, temperature control, CO2 / H2O supply and chlorophyll fluorescence measurement
- Chlorophyll fluorescence and photosynthesis measured simultaneously
Harvest Agri Ltd is the UK distributor for CID BioScience of USA and we will be happy to provide more details, answer queries and provide service. However, the new CID BioScience website at “https://www.cid-inc.com” is EXCELLENT and has more information than is possible for us to show. Have a look and we will provide a firm delivered quote in Pounds (or Euro) with all import hassles (VAT, duty (if any), freight and clearing charges) taken care of. All products have a minimum one year full warranty and satisfaction is guaranteed. See “Manuals and videos” for a summary of some academic papers using this unit.
The CID BioScience CI-340 Handheld Photosynthesis System is an invaluable tool across diverse fields, facilitating vital research and application needs:
- Plant Physiology & Ecology: Enables detailed study of plant responses to environmental changes, helping in understanding adaptation strategies crucial for ecological research.
- Agricultural Science: Assists agronomists and farmers in monitoring and optimizing crop health and photosynthesis efficiency, directly impacting crop management and yield improvement.
- Climate Change Research: Provides essential data on how plants react to varying climatic conditions, contributing to broader environmental impact studies and sustainability assessments.
- Breeding Programs: Essential for selecting and breeding plant varieties with superior photosynthetic efficiency and resilience, speeding up the development of high-performing crops.
Step-by-Step Setup Guide for the CID BioScience Handheld Photosynthesis System
Step 1: Unboxing and Initial Inspection – Carefully remove the Handheld Photosynthesis System and all accessories from the packaging. Verify that all components are present and undamaged. Refer to the packing list for a complete inventory.
Step 2: Charging the Device – Connect the device to the charger using the provided charging cable. Charge until the battery indicator shows it is fully charged. This ensures optimal performance during field use.
Step 3: Powering On and Initial Setup – Press the power button to turn on the device. Follow the on-screen instructions to set the date, time, and user preferences.
Step 4: Calibration – Perform a calibration using the standards provided. Calibration is crucial for accurate measurements. Refer to the specific calibration section in the manual for detailed steps.
Step 5: Selecting Measurement Parameters- Navigate through the menu to select the measurement mode (e.g., CO2 exchange rate, PAR, stomatal conductance). Adjust any additional settings based on your specific research needs, such as measurement intervals and sample identification.
Step 6: Taking Measurements – Position the leaf chamber securely around the leaf or plant part you wish to measure. Follow prompts on the device to initiate the measurement process. Data will be displayed on the screen upon completion.
Step 7: Data Management – Review the collected data directly on the device or export it to a computer for further analysis. The device supports various data export options for compatibility with data analysis software.
Step 8: Shutdown and Storage – Power off the device by holding the power button.Clean the leaf chamber and any other components as recommended in the manual. Store the device and its accessories in a dry, safe place until next use.