The Thermo AA Atomic Absorption SOLAAR M Series features a Stockdale double beam optical system with automatic flame to furnace changeover, enhancing productivity and precision. Its fully inert spray chamber, universal burner, and binary flow control system ensure exceptional atomisation and repeatability. 

The series offers unmatched analytical detection with both conventional and AC Zeeman graphite furnaces, dynamic optical temperature control, and Extended Lifetime Cuvettes for cost-effective, uninterrupted analysis. Ideal for high-efficiency nebulisation and sensitive flame detection in various sample types.

Read more Ask a question

Price Filter

$2,000.00 - $2,000.00

Product Region

Product Condition

Product Warranty

SHOWING ALL 4 PRODUCTS
Show Out of Stock

Question & Answers For:

Thermo AA Atomic Absorption

Past Questions, Helpful Answers.

q.

What is the main advantage of the Stockdale double beam optical system?

a.

The Stockdale double beam optical system improves stability and precision by continuously compensating for signal fluctuations, ensuring accurate results over time.

 

q.

How does the automatic flame to furnace changeover enhance productivity?

a.

It allows seamless transitions between flame and graphite furnace modes, reducing downtime and manual adjustments, which increases efficiency in multi-element analysis.

q.

What benefits does the fully inert spray chamber provide?

a.

The inert spray chamber prevents chemical interactions that could alter sample integrity, leading to more consistent and reliable measurements.

q.

How does the universal burner improve atomisation?

a.

The universal burner optimizes combustion and droplet formation, enhancing atomisation efficiency for better sensitivity and reproducibility.

q.

What is the role of the binary flow control system?

a.

The binary flow control system precisely regulates gas flow for improved flame stability, ensuring repeatable and accurate analysis.

q.

How does AC Zeeman graphite furnace technology improve detection?

a.

AC Zeeman background correction enhances detection sensitivity by eliminating spectral interferences, making it ideal for trace element analysis.

q.

What is dynamic optical temperature control, and why is it important?

a.

This system dynamically adjusts furnace temperature based on real-time feedback, preventing sample degradation and ensuring optimal atomisation.

q.

What are Extended Lifetime Cuvettes, and how do they reduce costs?

a.

These cuvettes are designed for prolonged use, minimizing replacement frequency and lowering maintenance costs while maintaining analytical performance.

q.

How suitable is this instrument for high-efficiency nebulisation?

a.

The advanced nebulisation system maximizes sample delivery efficiency, improving signal stability and sensitivity for precise element quantification.