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CID Bio-Science CI-203 Laser Leaf Area Meter

Fast & Intuitive Leaf Area Measurements for In Situ plant Research

The CI-203 Laser Leaf Area Meter non-destructively measures leaf area, length, width, and perimeter, counts voids, and calculates geometric shape factor and aspect ratio. A leaf image is reconstructed from the scanner data, providing verification of the scan quality in the field.

The CI-203 can perform for hours at a time in the field, and data is easily transferred to a computer with the supplied USB connector. The CI-203 is virtually maintenance free with no servicing required under normal conditions.

The CI-203 Handheld Laser Leaf Area Meter by CID Bio-Science is designed for fast and intuitive leaf area measurements, making it ideal for various applications. In forestry and environmental research, it allows non-destructive measurements, enabling scientists to collect essential data without disturbing natural habitats. Agronomists use the CI-203 to optimize crop production by tracking crop health in response to environmental and nutritional changes. It is also valuable in plant physiology for analysing leaf traits and understanding plant functions. Additionally, the CI-203 is used in ecological studies to gather data on plant interactions and responses to environmental changes. Its ease of use and precision make it a reliable tool for climate research and educational purposes

 

Key Features of CI-203 Laser Leaf Area Meter

  • One-Touch Data—sweep the CI-203 over a leaf to yield seven measurement parameters: area, width, length, perimeter, shape factor, ratio, and void count
  • Non-destructive and multipurpose
  • Flattens curled leaves to provide precise measurements
  • Durable, lightweight, and intuitive Graphic display of leaf outline for scan verification
  • GPS tagging to provide location data for each measurement
  • SD Card for data storage with virtually unlimited storage capacity
  • USB charging and data download
  • Rechargeable battery
  • Measures objects up to 150 mm wide and 14 mm thick of virtually unlimited length
  • Conveyor Attachment (CI-203CA) is available for fast measurement in the field or lab
  • No user calibration required
  • Includes operational manual and hard-shell carrying case

Specifications of CI-203 Leaf Area Meter

Measuring Thickness

1.4 cm maximum

Measuring Width

15 cm maximum

Measuring Length

300 cm maximum

Resolution

0.01 cm2

Accuracy

±1% for samples >10 cm²

Interface

USB 2.0

Scanner

670 nm

Dimensions

35.5L x 4.5W x5H cm

Weight

975 g

Display

Transflective graphic

Scanning Speed

200 mm/second

Battery

7.2 volt rechargeable NiMH

Battery Capacity

Over 250 scans per charge

Operating Temperature

0-50° C

Data Storage

16 GB SD card

Conveyor Attachment CI-203CA

For measuring large numbers of detached leaves with the CI-203 Handheld Laser Leaf Area Meter, the conveyor automatically flattens curled leaves to provide precise measurements.

Measure large numbers of detached leaves rapidly by inserting the CI-203 Handheld Laser Leaf Area Meter into the CI-203CA Conveyor Attachment. The combined unit will execute the leaf measurements and data will be displayed and stored on the CI-203 for later analysis. Samples are fed between two glass rollers for speedy scanning, eliminating the need for high-maintenance plastic belts.

Specifications: 

Maximum Sample Thickness: 1.5 cm

Maximum Sample Width: 15 cm

Maximum Sample Length: 3 m

Resolution: 0.01 cm2

Accuracy: ± 0.5% for samples >10 cm²

Interface: RS232C serial interface

Scan Speed: 10 cm/second

Operating Temperature: 0 – 50° C

Power Requirements: 6 to 10 VDC at 100mA. We will provide an external AC adapter (110 VAC, 60 Hz or 220 VAC, 50 Hz)

Dimensions: 32L × 18W × 13H cm

Weight: 2.95 kg

Applications of CI-203 Laser Leaf Are Meter

  • Forestry and Environmental Research: Non-destructive measurements for collecting essential data without disturbing natural habitats
  • Crop Research and Agronomy: Tracking crop health in response to environmental and nutritional changes to optimise production
  • Plant Physiology: Analysing leaf traits to understand plant functions and physiological responses
  • Ecological Studies: Gathering data on plant interactions and responses to environmental changes
  • Climate Research: Assessing the impact of climate variables on leaf morphology and plant health
  • Educational Purposes: Providing a hands-on tool for teaching plant science and conducting field experiments
  • Phenotyping: Measuring leaf traits to support plant breeding programs and genetic studies
  • Horticulture: Monitoring plant health and growth in nurseries and greenhouses to optimize care and cultivation practices
  • Climate Research: Assessing the impact of climate variables on leaf morphology and plant health
  • Educational Use: Providing a hands-on tool for teaching plant science and conducting field experiments
  • Field Research: Collecting data in various environments, thanks to its portability and durability
  • Precision Agriculture: Enhancing crop management practices by providing detailed leaf area measurements

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