The EVA980 handheld fluorescence spectrometer uses a high-performance scientific grade fluorescence system to simplify and professionalize the spectrometer function, with ultra-high sensitivity and high optical resolution. Based on mobile phones, it can realize cloud-nets-end IOT fluorescence monitoring and information retrieval, and is widely used in upconversion fluorescence detection, jewelry detection, medical analysis, material analysis, special scientific research and other application fields.
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Features
- Excellent performance: up to scientific research spectral performance, with high resolution, high sensitivity, high signal-to-noise ratio and other advantages; The fingerprint specificity is good, it is easier to extract the characteristic peak, and accurately give the customs code, category and chemical composition of the measured substance;
- Rapid nondestructive testing & one-click collection function: the samples can be tested through transparent and translucent containers such as glass, plastic bags and beverage bottles;
- User-friendly: simplified user interface, easy to operate;
- Simplification: highly integrated products;
- The laser power is adjustable, and the power can be automatically adjusted according to the substance signal response sensitivity;
- A variety of measurement modes, quick inspection mode and fine inspection mode;
- Cloud network architecture: to manage and collect spectra databases in real time;
- Built-in WIFI, Bluetooth, GPS and other communication methods.
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Specifications
Model EVA980 Dimensions 183×89×36mm Weight 600g Input interface Type-c Spectral range 350-950nm Wavelength resolution ~2nm@25um Slit
Excitation wavelength 976±1nm, line width<0.2nm Laser lifetime 10,000hrs Supply voltage 5V/2A Output power 0-500mW adjustable via software Integration time 1ms~65s Working distance 7.5mm Camera 16 million pixels Class of protection IP66 industrial grade & 1.2m 6 face drops Touch screen Yes Network WIFI/Bluetooth/GPS/NFC Operating temperature 0-45℃ Working humidity 5-80%
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Dimensional drawing
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Typical spectrum
Test conditions: quantum dot photosensitive card (100mW, 1ms)
Test conditions: UCNPs (300mW, 40ms)