成套光谱系统

High accuracy in visible light band detection: The 2.5nm high resolution can accurately capture the spectral characteristics of vegetation chlorophyll, water suspended solids, etc. in the visible light band, and the data error is much lower than that of conventional portable spectrometers in the industry;

Lightweight and suitable for short-distance field scenarios: Compared with models covering longer bands, no additional optical modules are required, and it is lighter in weight, which can be easily carried by a single person, suitable for short-distance inspections such as farmland and lakeside;

Low operation threshold: The software supports "one-click measurement", no professional spectral knowledge is required. Agricultural technicians and environmental inspectors can operate independently after simple training, reducing labor costs

Cross-band detection without equipment replacement: One device can simultaneously perform "visible light vegetation monitoring + near-infrared atmosphere/mineral preliminary analysis", avoiding the need to carry multiple single-band devices, and reducing field load and procurement costs;

The near-infrared short-wave band offers high cost performance: Compared with the full-band model (VL-FieldSpec2500), it does not require expensive optical components adapted to longer near-infrared bands, resulting in lower costs. It is suitable for users whose near-infrared needs are limited to the short-wave band;

Strong environmental adaptability: Operating temperature of 0-40℃ + 35000mAh mobile power supply endurance, capable of handling most outdoor environments such as plateaus and mountainous areas, and suitable for scenarios like atmospheric spectroscopy and field preliminary screening of ores.

Strong ability in deep material identification: The 2500nm long near-infrared band can capture the spectral characteristics of mineral lattice vibrations and deep soil nutrients (such as organic matter). It is the only model among the three that can achieve "altered mineral identification" and "comprehensive soil nutrient analysis";

One measurement covers multiple needs: In geological exploration, it can simultaneously complete "ore composition identification + soil background analysis"; in environmental monitoring, it can simultaneously collect multi-dimensional data of "water quality + vegetation + atmosphere", greatly improving the efficiency of field work;

Outstanding scalability and customization capabilities: It supports customization of wavelength range and lens field of view, can be adapted to special scenarios (such as deep soil profile measurement, rare mineral analysis), and meets the needs of scientific research and high-end industrial testing.