Views: 7884

Handheld Laser Leaf Area Meter (CI-203)

Product code : 1489638913

The CI-203 Handheld Laser Area Meter uses advanced laser technology to enable researchers a precise and convenient way to measure leaf area (or the areas of leaf-like objects). The CI-203 has been upgraded to offer a host of new features that will augment data sets and make collection quicker and easier. Through new technology, measurement consistency and repeatability has been vastly improved.

Quantity:
More information:
  • Nhà Sản Xuât
  • CID Bio-Sciencie

    Forestry & environmental applications
    Taking measurements non-destructively, the CI-203 allows forestry and climate researchers to collect essential data without disturbing the environments they study.
    Crop research & agronomy
    Agronomists optimize crop production using leaf area measurements to track crop health in response to environmental and nutrition changes.
    Plant physiology
    Agronomists optimize crop production using leaf area measurements to track crop health in response to environmental and nutrition changes.

    Specifications

    • 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

    Theory Of Operation

    The CI-203 collects length, width, perimeter, and area measurements directly using a combination of a sweeping laser beam and an optical motion sensor. Once activated, the device sends a low energy laser beam across the laser window 500 times per second at a rate of 150 m/s. As the user moves the CI-203 wand down the leaf, an optical sensor records the motion, and the onboard processing unit collects the data. Each laser sweep uses the optical sensor data to correctly accumulate the area and perimeter measurements. When the optical sensor detects that vertical motion has stopped, the laser subsystem stops taking measurements and the processing unit computes and posts the final results.

     

Related Products

Updating
VIDEO
Lingerie Fashion