Apogee AgriTech Solutions: Precision Environmental Monitoring for Smarter Agriculture
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At UTNT, we bring you advanced agricultural monitoring solutions through world-renowned Apogee Instruments. These instruments are specially designed for farmers, researchers, and agritech professionals to measure key environmental parameters that affect crop health and yield. Whether you’re managing a greenhouse, open-field farm, or research facility, our Apogee-based solutions help you monitor light, temperature, humidity, CO₂, soil, and plant health in real time.
With Apogee’s high-accuracy sensors like PAR (Photosynthetically Active Radiation) meters, NDVI plant health monitors, chlorophyll content meters, and environmental condition sensors, you can make smarter decisions for irrigation, fertigation, light control, and overall crop management. UTNT integrates these sensors into a complete system – providing installation, support, and data interpretation – to ensure better productivity, resource efficiency, and sustainability in agriculture.
Chlorophyll Concentration Meter
The MC-100 Chlorophyll Concentration Meter offers precise, non-destructive measurement of chlorophyll concentration, ideal for plant health monitoring in agriculture, research, and horticulture. Unlike traditional SPAD or CCI meters.
The Apogee ePAR Sensor is an advanced light sensor designed to measure the extended photosynthetically active radiation (ePAR) range from 400 to 750 nm, ideal for modern horticultural research and precision plant lighting.
The Guardian CEA Multi-Sensor Monitor is a high-performance environmental monitoring solution tailored for greenhouses, vertical farms, and indoor grow environments. It integrates PAR (SM-500) or extended ePAR (SM-600) sensors.
The Apogee MQ-301X Line Quantum Sensor is a professional-grade device designed to measure photosynthetically active radiation (PAR) with high accuracy across greenhouse, field, and growth chamber environments. It features a sensor bar with 10 integrated sensors.
The Apogee NDVI Sensors are advanced tools designed to measure plant health through the Normalized Difference Vegetation Index (NDVI), a vital indicator of canopy greenness and chlorophyll content. By capturing red (650 nm) and near-infrared (810 nm) reflectance, these sensors offer accurate insight into vegetation vigor and seasonal changes.
The Apogee MO-200 Oxygen Meter is a rugged, precision instrument designed for measuring oxygen concentrations from 0 to 100% in both field and laboratory environments. Built for long-term deployment, it features a fully potted polypropylene body that withstands harsh conditions, including acidic soils and my tailings.
The Apogee DLI Meters (DLI-400, DLI-500, and DLI-600) are compact, rugged tools for accurately measuring PAR and ePAR light levels, tailored for greenhouse growers, horticulturists, and researchers. These meters record and display Daily Light Integral (DLI) and photoperiod values for up to 99 days, making light monitoring simple and efficient.
The Apogee SF-110 Radiation Frost Detector is a specialized sensor engineered to detect radiation frost risk by accurately estimating leaf temperature, which can fall below air temperature on calm, clear nights. Its high-precision thermistor mimics real leaf surfaces, enabling early frost alerts—often hours before air temperatures freeze.
The Apogee MI-200 Series Infrared Radiometer Meters deliver precise, non-contact surface temperature measurements using infrared sensing in the 8–14 μm atmospheric window. These rugged, high-accuracy sensors are ideal for measuring plant canopy, soil, water, snow, and road surface temperatures, even in harsh environments.
The Apogee MP-100 and MP-200 Pyranometer Meters are precision instruments designed to measure solar radiation (irradiance) in the 360 to 1120 nm spectral range using a rugged silicon-cell sensor. Engineered for reliability these devices offer less than 3% calibration uncertainty making them ideal for solar energy, agriculture, and climate monitoring applications.
The Apogee MQ-100X and MQ-200X Quantum Meters are reliable, cost-effective instruments designed to measure photosynthetically active radiation (PAR) for plant growth studies and light monitoring. Built with cosine-corrected, waterproof sensors, these meters provide accurate measurements of PPFD (μmol m⁻² s⁻¹) in greenhouses, growth chambers, fields
The Apogee MQ-210 Underwater Quantum Meter is a precision tool for measuring photosynthetically active radiation (PAR) in underwater environments, ideal for coral reef research, aquatic plant cultivation, and aquarium lighting calibration. Designed with a cosine-corrected waterproof sensor, the MQ-210 accurately captures PPFD (μmol m⁻² s⁻¹) and corrects for immersion effects in firmware.
The Apogee MQ-500 Full-Spectrum Quantum Meter is a research-grade instrument designed for accurately measuring photosynthetically active radiation (PAR) across a broad spectral range (389–692 nm). Engineered for high precision, it features ±5% calibration uncertainty, <0.5% repeatability, and <2% long-term drift, ensuring consistent and trustworthy measurements over time.
The Apogee MQ-510 Underwater Quantum Meter is a research-grade instrument designed to accurately measure photosynthetically active radiation (PAR) in aquatic environments. Ideal for coral research, aquaculture, and aquatic plant studies, it offers a wide spectral response (389–692 nm) with enhanced blue sensitivity for superior accuracy across diverse light sources, including LEDs and sunlight.
The Apogee MS-100 InSight Spectroradiometer is a compact, high-performance handheld device designed to measure full-spectrum light (380–780 nm) with scientific-grade precision. Ideal for photobiology, plant lighting research, and spectral analysis, it captures a wide range of metrics including PPFD, ePPFD, YPFD, CRI, CCT, Lux, and many more.
The PS-100/200/300 series spectroradiometers are precision instruments designed for absolute spectral measurement of light sources across wide wavelength ranges (300-1150 nm depending on model). These portable, fiber-optic coupled devices measure and analyze the spectral output of radiation sources, making them ideal for evaluating plant growth lighting and human lighting applications.
