PRODUCT INFORMATION
The LUMINA 3400 Atomic Fluorescence Spectrometer utilizes precise syringe pumps to provide sub trace detection and elemental analysis of hydride-forming elements. The unique vapour/hydride generator provides enhanced sensitivities and reduced interferences for parts per trillion (ppt) detection of Mercury (Hg), Arsenic (As), Cadmium (Cd), Zinc (Zn), Bismuth (Bi), Selenium (Se), Tellurium (Te), Antimony (Sb), Tin (Sn), Germanium (Ge), and Lead (Pb).
The LUMINA 3400 Atomic Fluorescence Spectrometer is ideal for elemental analysis in various research sectors, including; environmental, agricultural, geological, metallurgical, pharmaceutical, clinical and petrochemical. It is capable of acting as a mercury analyzer while also carrying out elemental analysis of all hydride-forming elements.
- Clinical
- Environmental/Public Health/Disease Control
- Agricultural/Food Safety
- Geological/Metallurgical
- Pharmaceutical
- Petrochemical
- New regulations
- Sub-trace level detection limits for mercury and hydride-forming elements
- Linear dynamic range of 10³
- Covered optical design
- Sequential injection
- Dual-channel simultaneous measurement
- All-in-one mixing manifold, low dead volume, high efficiency, double gas/liquid separator design
- Automatic Ar-H2 flame ignition
- Integrated exhaust system
- Vapor / Hydride generator
- Revolutionary gas/liquid separator
- Reaction/Mixing manifold
- Integrated exhaust system
- User-friendly, Windows-based software
- XYZ autosampler (optional)
- Can be used as a mercury analyzer
- Four lamp holder two channel design, double channel simultaneous analysis
- Short focal length and all closed optical path reduce spectral interference and improve signal to noise ratio
- Greatly reduce interference by using large gauge integrated circuits
- Low temperature ignition shielded quartz atomizer
- An integrated gas liquid separation unit reduces the dead volume and improves the separation effect
- An integrated gas liquid separation unit reduces the dead volume and improves the separation effect