TU500 is a UV‑Vis spectrophotometer built on dual‑beam proportional monitoring optical design, covering the wavelength range from 190 nm to 1100 nm. With compact footprint (470 mm×400 mm×210 mm, 11 kg weight), this unit suits laboratory, vehicle‑mounted and on‑site outdoor testing. It features a 7‑inch industrial color touch screen and core functions including spectral scanning, quantitative and photometric measurement. It supports one‑click USB data export, external printing and PC connection for GLP‑compliant workstation software, operation log tracking and data processing. The sealed optical path with SiO₂ protective coating, maintenance‑free direct‑drive grating motor and washable dust filter improve reliability and cut maintenance expenditure. It also supports optional digital teaching software and competition‑oriented software, and can connect to the digital teaching system via IoT for teaching‑related workflows.
TU500 is a UV‑Vis spectrophotometer built on dual‑beam proportional monitoring optical design, covering the wavelength range from 190 nm to 1100 nm. With compact footprint (470 mm×400 mm×210 mm, 11 kg weight), this unit suits laboratory, vehicle‑mounted and on‑site outdoor testing. It features a 7‑inch industrial color touch screen and core functions including spectral scanning, quantitative and photometric measurement. It supports one‑click USB data export, external printing and PC connection for GLP‑compliant workstation software, operation log tracking and data processing. The sealed optical path with SiO₂ protective coating, maintenance‑free direct‑drive grating motor and washable dust filter improve reliability and cut maintenance expenditure. It also supports optional digital teaching software and competition‑oriented software, and can connect to the digital teaching system via IoT for teaching‑related workflows.
TU500 is a UV‑Vis spectrophotometer working on the Lambert‑Beer Law. Deuterium lamp supplies ultraviolet‑range light and tungsten lamp provides visible‑range light. The dual‑beam proportional‑monitoring optical system divides incident light into reference beam and sample beam. After light passes through the sample cell, the instrument measures light‑intensity variation. It computes absorbance / transmittance to implement UV‑Vis spectral scanning, photometric measurement and quantitative concentration determination of samples absorbing UV‑visible light.
Une entreprise moderne de haute technologie intégrant la R&D, la fabrication et les ventes d'instruments scientifiques
Une entreprise moderne de haute technologie intégrant la R&D, la fabrication et les ventes d'instruments scientifiques
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