Analytik Jena – novAA 800 Series
The novAA 800 is a dependable all-round solution designed to make routine analysis of a wide range of sample types both efficient and economical. Its robust performance and ease of use make it ideal for everyday laboratory applications.
The Reliable Allrounder
The novAA 800 series is a compact and efficient family of benchtop atomic absorption spectrometers, designed for high-performance routine analysis. Covering the full spectrum of AAS applications, these systems allow for elemental analysis from percentage levels down to trace determinations.
With an integrated platform combining flame, graphite furnace, and hydride techniques, the novAA 800 series offers maximum flexibility. The dual atomizer concept with swivel-mounted atomizers and automatic alignment ensures easy operation and smooth switching between techniques.
These spectrometers are equipped with an RFID-enabled carousel for 8 coded hollow cathode lamps, deuterium background correction, a proven optical system that operates in single-beam, double-beam, and emission modes, and the latest SiOSens solid-state detector. A variety of intelligent accessories enhance productivity, safety, and ease of use, making the system ideal for routine analysis.
- High throughput – Integrated sampling and dilution for faster analysis
- User-friendly operation – Intuitive software and simplified workflows
- Cost-effective performance – Delivers high analytical efficiency with low investment and operating costs
- Stable and reliable measurements – Robust components and intelligent design ensure consistent results
With German-engineered precision and pre-programmed software routines, the novAA 800 series offers a powerful yet easy-to-use solution for elemental analysis.
The novAA 800 is a versatile and dependable solution, designed to make routine analysis of diverse samples both efficient and cost-effective.
The Efficient Workhorse for Your Lab
The novAA 800 is the ideal atomic absorption spectrometer (AAS) for routine use in industrial QC laboratories and analytical service providers. It offers a powerful combination of versatility, reliability, and automation, ensuring high efficiency and cost-effectiveness for elemental analysis.
- All-in-One AAS Platform – Supports flame, graphite furnace, and hydride techniques within a compact footprint
- User-Friendly and Safe – Simplified intelligent workflows ensure easy operation with high safety standards
- Automated and Efficient – High analytical performance enhanced by automation and productivity-boosting accessories
- Reliable and Long-Lasting – Equipped with the latest SiOSens solid-state detector and backed by a 10-year warranty on optical components
With its intuitive operation, advanced technology, and durable design, the novAA 800 is a trusted solution for high-throughput elemental analysis in demanding laboratory environments.
| Detector | Background correctıon | Wavelength precısıon | Lıght source | Wavelength range | Sensıtıvıty | Spectral bandwıdth | Optıcal desıgn | |
|---|---|---|---|---|---|---|---|---|
| novAA 800 D – Flame- and Graphite Furnace AAS 812-08002-2 |
SiOSens | Deuterium | 0.005 nm | Hollow Cathode Lamps (HCL) | 185-900 nm | Flame: 0.017 mg/L 1 %Abs (Cu 324) Graphite furnace: 0.79 µg/L 1 %Abs (Pb 283) |
0.2, 0.3, 0.5, 0.8, 1.2 nm | Czerny Turner Spectrometer |
| novAA 800 F – Flame AAS 812-08000-2 |
SiOSens | Deuterium | 0.005 nm | Hollow Cathode Lamps (HCL) | 185-900 nm | Flame: 0.017 mg/L 1 %Abs (Cu 324) | 0.2, 0.3, 0.5, 0.8, 1.2 nm | Czerny Turner Spectrometer |
| novAA 800 G – Graphite Furnace AAS 812-08001-2 |
SiOSens | Deuterium | 0.005 nm | Hollow Cathode Lamps (HCL) | 185-900 nm | Graphite furnace: 0.79 µg/L 1 %Abs (Pb 283) | 0.2, 0.3, 0.5, 0.8, 1.2 nm | Czerny Turner Spectrometer |
Standards
BS EN 15488, DIN 38405-35, DIN 38406-32, DIN 38406-33, DIN 51429-1, DIN EN 1233, DIN EN 13131, DIN EN 14083, DIN EN 14109, DIN EN 14332, DIN EN 241, DIN EN ISO 11212-3, DIN EN ISO 11212-4, DIN EN ISO 12193, DIN EN ISO 15586, DIN EN ISO 5961, DIN EN ISO 7980, DIN EN ISO 8294, DIN ISO 11047, DIN ISO 16772
