Flame Atomic Absorption UV-Vis Spectrophoto Meter JH-UV8

Description

Flame Atomic Absorption UV-Vis Spectrophoto Meter JH-UV8

Flame Atomic Absorption Spectrophotometer with quantitative measurement, wavelength scanning, time scanning, multi-wavelength test, DNA protein test and other high-order functions, with high precision, high resolution, low noise, low stray light characteristics.

 Flame Atomic Absorption Spectrophotometer Introduction

Innovation:

1: Dual optical path, dual beam optical system.

2: Automatic wavelength calibration, automatic deviation repair.

3: 24-bit high-speed A/D conversion, the instrument is accurate and sensitive.

4: The large sample room can accommodate 5-100mm cuvettes.

5: Comply with 21CFR Part 11, audit trail, pharmacopoeia and electronic signature

Flame Atomic Absorption Spectrophotometer Feature and Application

1. Independent double optical path and double beam optical system.

2. Can independently complete photometric measurement, quantitative measurement, spectral scanning, kinetics, DNA/ protein testing functions.

3. Suspension type optical system design, strengthen the design of thickened bottom plate, eliminate the impact of vibration or deformation on the optical system.

4. The software is fully compliant with 21CFR Part 11, audit trail, pharmacopoeia and electronic signature.

5. Large screen dot matrix liquid crystal, clear map data display, friendly interface, easy to operate.

6. Smaller spectral bandwidth, higher resolution, fully meet the requirements of the pharmacopoeia, wider application range.

7. Long life environment-friendly deuterium lamp with flange seat, light replacement is free of optical debugging.

8. The graph and data can be saved in real time and can be maintained when power is off. It can be printed and exported to PC.

Fields of use Flame Atomic Absorption Spectrophotometer

Flame Atomic Absorption Spectrophotometer is one of the analytical instruments with the longest history, the most widely used and the widest coverage in the world. It is widely used in life science, medical science, environmental science, agricultural science, metrology science, food science, geological science, petroleum science, medical and health care, iron and steel metallurgy, chemistry and chemical industry and other fields.

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