Atomic absorption spectrophotometer AA-6300C

A newly developed high-throughput, dynamic beam management system. The dual beam optical system corrects the influence of light source energy drift and significantly improves baseline stability. The flame atomization chamber and atomizer system made of special materials have extremely high corrosion resistance and can withstand hydrofluoric acid. The patented high-sensitivity measurement method achieves high sensitivity measurement. The switching of flame graphite furnace atomizers is flexible, simple and fast.

The newly developed high-throughput dynamic beam management system achieves extremely high levels of high-sensitivity measurement (flame: Pb,0.1ppm； Graphite: Pb, 0.3ppb direct quantification)

The new era dual beam AA adopts a high flux dynamic beam management system and a high-speed computational digital filter to significantly reduce the noise of the dual beam optical system.

The newly developed "WizAArd" (32-bit Windows TM platform) software that meets the requirements of the electronic record era is more user-friendly, clear at a glance, and has higher security and confidentiality.

To enhance the security and confidentiality of electronic records, various functions such as standard configuration security management (by inputting ID name and password), user permission management, electronic signature, and incident tracking are provided.

Further strengthen the QA/QC functions required by the US Environmental Protection Agency (EPA).

Standard configuration hardware validity authentication software.

Easy switching between flame and graphite furnace

To switch from flame to graphite furnace, simply remove the burner head and install the graphite furnace body without tools, which is simple and fast.

One automatic sampler can be used for both flame and graphite furnace methods, without the need to prepare separate automatic samplers for each analysis method.

Automatic control of flame gas flow rate and height of each burner head

The automatic control of flame gas flow rate and burner observation height allows for the automatic setting of optimal parameter conditions based on the measured sample and elements during continuous measurement.