Labmate Leaf Area Meter LMLAM-A102
Labmate Leaf Area Meter LMLAM-A102 is designed for precise, non-destructive measurement of broad-leaved specimens up to 330 mm long and 150 mm wide. With a rapid scanning speed of 200 mm/s and the capacity to handle leaves up to 6 mm thick, it enables efficient assessment of multiple foliage samples. The device supports storage for 9,999 records and USB 2.0 connectivity for fast, reliable data transfer to computers.
Product Info
Key Features
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High-quality CCD scanner with CIS (Contact Image Sensor) technology
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Measures broad-leaf specimens up to 330 mm × 150 mm
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Sample thickness capacity: up to 6 mm
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Scanning speed: 200 mm/s for rapid measurements
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Measurement units: mm, mm²
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Area measurement precision: ±2% (for sample area >10%)
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Area resolution: 0.1 mm²; length resolution: 1 mm; width resolution: 0.1 mm
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Clear 2-line digital display (128×32 lattice)
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Data storage for 9,999 records
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USB 2.0 data transmission
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Operating temperature: -20 °C to 50 °C; humidity: 0–90% RH
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Stable base plate design for consistent measurements
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Rechargeable 7.2 V, 1.0 Ah lithium battery
Standard Accessories
Model No. Name LMLAM-A102-M1 Main Unit and Internal Battery LMLAM-A102-S1 Scanning Board LMLAM-A102-B1 Battery Charger LMLAM-A102-D1 Data Transmission Line LMLAM-A102-P1 Protective Film LMLAM-A102-U1 USB Flash Drive LMLAM-A102-I1 Instrument Case Technical Highlights
Parameter Specification Sensor Type CIS Contact Image Sensor Scanner Type High-quality CCD Applicable Leaf Shape Broad-leaves Measurement Units mm, mm² Maximum Leaf Length 330 mm Maximum Leaf Width 150 mm Scanning Speed 200 mm/s Area Measurement Precision ±2% (sample area >10%) Area Measurement Resolution 0.1 mm² Length/Width Resolution 1 mm / 0.1 mm Sample Thickness 6 mm Display 128×32 lattice, 2 lines Data Storage 9,999 sets Data Transmission USB 2.0 Working Environment -20 °C to 50 °C, 0–90% RH Base Plate Dimension 352×230 mm Dimensions 182×64×40 mm Net Weight 1 kg Applications
Labmate LMLAM-A102 is ideal for non-destructive measurement of leaves on living plants, supporting detailed botanical research, growth stage evaluation, canopy density studies, and productivity assessment.
This model combines speed, precision, and portability for efficient field or laboratory use.
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