The Shimadzu Atomic Absorption Spectrophotometer AA -7800 Series is versatile enough for a variety of analytical applications (Any Application), safe and easy to use even for beginners (Any User), and offers continuous analysis using autosamplers and remote data analysis via network connections to increase the flexibility of the analysis operator's work style (Any Location).
Red Dot Design Awards for Product Design 2023
The Shimadzu Atomic Absorption Spectrophotometer AA -7800 Series is versatile enough for a variety of analytical applications (Any Application), safe and easy to use even for beginners (Any User), and offers continuous analysis using autosamplers and remote data analysis via network connections to increase the flexibility of the analysis operator's work style (Any Location).
Red Dot Design Awards for Product Design 2023
The AA-7800 Series can be upgraded by adding units to allow the system to handle the analysis targets.

Manual Dual Atomizer System -Model with Manual Atomizer Switching Offers Superior General Applicability-
Adding a GFA-7800 graphite furnace atomizer to the AA-7800F system enables manual switching between flame and furnace units. Switching between units is extremely easy and does not require any tools.
Automatic Dual Atomizer System -Model with Automatic Atomizer Switching Offers Excellent Operability and Speed
By adding a GFA-7800 graphite furnace atomizer to the AA-7800F/AAC system, automatic and quick switching between flame and furnace modes becomes possible with software operation. There is no need to disconnect tubing or wiring either.
The AA-7800 lamp housing includes functionality for automatically switching between eight hollow cathode lamps installed in a turret and simultaneously illuminating any two of the lamps.
Analyzes High-Concentration Elements by Changing the Burner Angle
Elements present in high concentrations can be measured in the flame analysis mode by adjusting the burner angle to decrease absorbance. That enables measurement of up to about 20 times higher element concentrations, which helps minimize dilution errors and the effects of measurement element contamination from containers or reagents used.
