#atomicabsorption

Atomic Absorption Spectrophotometer NAAS-404 operates across a 185 to 900 nm wavelength range and features an eight-lamp automatic turret to manage light path delivery. Equipped with a fully enclosed 1800 mm grating and a stable pulsed power supply, it maintains consistent data integrity and reproducible accuracy when testing complex sample matrices. This configuration efficiently supports routine laboratory workflows in environmental monitoring, metallurgy, food safety, and pharmaceutical quality control.

[email protected]

Atomic Absorption Spectrophotometer NAAS-403 operates across a 185 to 900 nm wavelength range and features an eight-lamp automatic turret to manage light path delivery. Equipped with a fully enclosed 1800 mm grating and a stable pulsed power supply, it maintains consistent data integrity and reproducible accuracy when testing complex sample matrices. This configuration efficiently supports routine laboratory workflows in environmental monitoring, metallurgy, food safety, and pharmaceutical quality control.

[email protected]

Atomic Absorption Spectrophotometer NAAS-300 provides fast elemental analysis for environmental and biological samples. This analytical system features automated wavelength scanning from 190 to 900 nm and a stable optical structure to ensure data integrity. It is used in food safety, water quality analysis, and pharmaceutical research.

[email protected]

Atomic Absorption Spectrophotometer NAAS-200 provides accurate quantification of metallic elements in environmental and biological samples. This system features an advanced optical design and automated wavelength scanning to ensure stable performance and data integrity. It is used for food safety, water quality analysis, and pharmaceutical research where high-sensitivity detection is required.

[email protected]

Atomic Absorption Spectrophotometer NAAS-100 provides accurate detection of trace metallic elements in environmental and biological samples.

[email protected]

Atomic Absorption Spectroscopy is like a super detective for tiny particles! It helps scientists find out what elements are in liquids by shining light and measuring what’s absorbed.