Reducing the analytical blank in atomic spectroscopy
A range of systems from Analytix for control and reduction of the analytical blank in ICP-MS, ICP-AES and GFAA. During...
Read MoreCategory: Press Release
16Jul
Reduce ashing times for foods and feeds
The ashing of foods and feeds is an important sample preparation process but can often take many hours causing a...
Read More 16Jul
Fat hydrolysis and extraction in foods with a microwave enhanced system
The Milestone EthosX microwave enhanced extraction system allows faster, safer and lower-cost fat extraction than via traditional methods. The two-step...
Read More 16Jul
New high sensitivity mercury analyser
A new high-sensitivity dual beam mercury analyser with a capacity for 40 samples has the advantage of ‘running on air’...
Read More 22Feb
New application notes now available for environmental extraction system
The superior throughput and stability of the Milestone ETHOS X extraction system has been underlined by the publication of a...
Read More 22Sep
Detection of potentially toxic flame retardants by pyrolysis
The CDS-6000 pyrolyser from Analytix enables the easy analysis of potentially harmful flame retardants in a range of materials. Polybromodiphenyl...
Read More 20Mar
NEW GC injection system for Pyrolysis, Thermal Desorption, and Headspace
CDS has launched a 6th generation of analytical pyrolysers with many unique features not currently available. They can be installed...
Read More 31Oct
Thermal Desorption: new CDS 7500s autosampler from Analytix
The all-new CDS-7500s Thermal Desorption autosampler provides a robust solution for the challenge of transferring Volatile and Semi-Volatile samples for...
Read More 16Oct
Analytix launches new PYRO advanced muffle furnace
The all-new Milestone PYRO from Analytix is the most versatile and advanced muffle furnace yet and dramatically reduces ashing times...
Read More 14Sep
Flexible and accurate thermal sampling and analytical pyrolysis
There are many substances presented to the analyst that are not easily analysed using conventional separation techniques such as GC...
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