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16th Decmeber 2009 GMP Compliant Analytical Services... Warwick Analytical Service has announced significant growth in demand for its GMP compliant analytical services during 2009. In addition to maintaining provision of GMP compliant analytical services to existing customers - Warwick Analytical Service secured a major new client after a successful audit earlier this year. Further Information 28th August 2009 Newsletter informs on latest developments in analytical services... Warwick Analytical Service has introduced a new newsletter designed to keep laboratory scientists informed as to the latest techniques and analytical services on offer from the company. Further Information 25th July 2009 Limit testing for heavy metal impurities... Offered by Warwick Analytical Service as an analytical service, the limit test for heavy metals is a qualitative test that demonstrates that the content of metallic impurities in organic samples does not exceed the limit specified in the Pharmacopeia standards. Further Information 13th July 2009 Automated micro-determination of halogens... Warwick Analytical Service, the analytical division of Exeter Analytical (UK) Ltd., has further refined its highly accurate and precise method for the automated micro-determination of Chlorine and Bromine. Further Information 21st May 2009 Accurate and precise determination of trace metals... Warwick Analytical Service has produced an analytical service note that describes the accurate and precise determination of trace metals in organic and inorganic materials using Inductively Coupled Plasma - Optical Emission Spectrometry (ICP-OES). Further Information 2nd December 2008 ISO 17025 accredited determination of trace metals... Operating in an ISO 17025 and GMP accredited environment following strict operating procedures - Warwick Analytical Service has developed a reputation for accurate and precise determination of trace metals in organic materials using Inductively Coupled Plasma - Optical Emission Spectrometry (ICP-OES). Further Information 30th September 2008 Micro determination of Sulphur in inorganic or organic compounds... Warwick Analytical Service has announced the availability of a new analytical service note describing the company's laboratory analytical testing methods for micro determination of Sulphur. Further Information 22nd May 2008 Laboratory analytical testing described online... Warwick Analytical Service has announced the implementation of a new online resource for all organisations using or considering using external laboratory analytical testing services. Further Information 19th March 2008 Limit testing for heavy metal impurities in organic samples... Warwick Analytical Service, has further refined its highly accurate and precise method for the potentiometric micro- and semi micro-determination of fluorine in organic compounds. Further Information 21st February 2008 Micro determination of fluorine in organic compounds... Warwick Analytical Service, the analytical division of Exeter Analytical (UK) Ltd., has further refined its highly accurate and precise method for the potentiometric micro- and semi micro-determination of fluorine in organic compounds. Further Information 29th October 2007 Autotitration service delivers accurate & precise determination of halogens and sulphur... Warwick Analytical Service, the analytical division of Exeter Analytical (UK) Ltd., has announced that recent investment in automated titration equipment will enable them to enhance their highly accurate and precise determination of halogens (Cl, Br, I) and sulphur as an analytical service. Further Information 19th July 2007 Automated microwave digestion of samples for ICP analysis... Warwick Analytical Service has announced that recent investment in microwave digestion equipment is now enabling them to prepare and analyse a wide range of demanding sample types by Inductively Coupled Plasma (ICP-OES) spectrometry. Further Information 24th May 2006 A quick and inexpensive service for checking sample purity... Warwick Analytical Service is able to investigate and precisely measure the percentage Carbon, Hydrogen and Nitrogen content of samples with an accuracy of better than +/- 0.3% for a wide range of sample types. Further Information |
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