The novAA® series covers up the complete range of fully automatic single element and sequential multi element analysis. There are flame AAS and compact spectrometers for all techniques. The novAA® series combines a unique union of performance, versatility, automation, reliability and flexibility.

 

  • 8 lamp changer for maximum automation and sample throughput
  • Single and double beam available
  • Highly intelligent ASpect® LS data analysis and control software – makes method development and optimization really efficient
  • Transverse-heated graphite furnace – diminishes matrix effects and improves the accuracy of results (novAA® 400 P)
  • Integrated High-end Vision Tool for best observation and control of sample injection and sample drying in the graphite tube (novAA® 400 P)
  • Direct analysis of solid samples (novAA® 400 P)
  • Automated flame technology – for high precision and speed
  • Flame autosampler – for maximum sample throughput and automatic dilution
  • Software controlled Segmented Flow Star (SFS) for injection mode operation
  • “Scraper”: intelligent, automatic, software-controlled cleaning device
  • Tight control via Self Check System
  • Integrated RFID Tool for working with coded lamps (novAA® 400 P)
  • Integrated super lamp power supply for best analytical performance (novAA® 400 P)

 

novAA® 350

novAA® 350 represents a fully automated flame system with double beam mode and automatic 8-lamp turret.

The novAA® 350 is designed to meet the challenges of the most routine analysis and demanding applications.

At a glance:

  • Robust design for handling complex matrices and resists difficult lab environment
  • High degree of automation through intelligent auto optimization routines and accessories
  • Fully automated 8 lamp turret for highest sample throughput
  • Single beam and double beam optics
  • Very strong background correction with Deuterium lamp
  • Intuitive user guidance

Hydride technique

The combination of the hydride technique with the novAA® 350 enables the analysis of hydride forming elements, such as As, Se, Sb, Te, Bi and Sn:

  • Combination of Continuous Flow and Batch mode for hydride technique
  • Integrated amalgamation unit (gold-platinum-net) for best detection limits of mercury
  • Integrated electro thermal heating

 

novAA® 400 P 

novAA® 400 P – the PC-controlled fully automated compact spectrometer for flame, graphite furnace and hydride/HydreA technology.

  • 8 lamp changer for maximum automation and sample throughput
  • Single and double beam available
  • D2 background correction
  • Integrated RFID Tool for working with coded lamps
  • Integrated super lamp power supply for best analytical performance
  • Integrated High-end Vision Tool for best observation and control of sample injection and sample drying in the graphite tube
  • Direct analysis of solid samples

Transverse-heated graphite furnace

  • The future-oriented furnace heating concept, which can cope with a variety of samples, including complex matrices and refractory elements

Variable sample feeding techniques

  • This is unique: Smooth feeding of liquids and solids (direct analysis), and fast change between both techniques

 

Analytik Jena Instrumentation

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novAA Brochure.pdf