Made in Woodstock, Illinois: Scientifically engineered and handcrafted by Innoquest for professional-grade reliability and precision.
Broader Light Range: Measures up to 6500 μmol/m²/sec, accommodating even high-intensity LED and artificial lighting systems for greenhouses, aquariums, and outdoor setups.
Advanced Modes for Growth Optimization: Features three modes: Spot Measurement for real-time readings, Scan Mode to average light over an area, and Daily Light Integral (DLI) Mode to calculate cumulative light exposure for enhanced plant health.
Accessory Kit Included: Includes a protective carrying case, sensor cover, and mounting compatibility options for tripod, stake, or magnet setup.
IP-65 Water-Resistant and Durable Design: Built to withstand wet, humid environments and impact, ensuring reliability in professional settings like greenhouses and irrigation-heavy areas.
A true Quantum PAR Meter. Professional-Grade Accuracy: Engineered with NIST-traceable calibration, achieving ±5% accuracy for precise measurements of Photosynthetically Active Radiation (PAR) and light intensity.
Made in Woodstock, Illinois: Scientifically engineered and handcrafted by Innoquest for professional-grade reliability and precision.
Broader Light Range: Measures up to 6500 μmol/m²/sec, accommodating even high-intensity LED and artificial lighting systems for greenhouses, aquariums, and outdoor setups.
Advanced Modes for Growth Optimization: Features three modes: Spot Measurement for real-time readings, Scan Mode to average light over an area, and Daily Light Integral (DLI) Mode to calculate cumulative light exposure for enhanced plant health.
Accessory Kit Included: Includes a protective carrying case, sensor cover, and mounting compatibility options for tripod, stake, or magnet setup.
IP-65 Water-Resistant and Durable Design: Built to withstand wet, humid environments and impact, ensuring reliability in professional settings like greenhouses and irrigation-heavy areas.
A true Quantum PAR Meter. Professional-Grade Accuracy: Engineered with NIST-traceable calibration, achieving ±5% accuracy for precise measurements of Photosynthetically Active Radiation (PAR) and light intensity.