The electrochemical technology employed in our products is exceptionally fast with results becoming available in less than 20 seconds after sample injection, and is remarkably free from the interference problems associated with traditional optical techniques.
The unique selling proposition of our technology lies in its simplicity, quality of results and the range of analytes that could be measured on a single instrumentation platform.
Our products are used in over 65 countries world-wide including all major markets - North America, EU, Japan, Malaysia, Australasia and most east European countries. Two thirds of the Company’s output is exported, mostly through distributors.
We manufacture all of our products - analysers and reagent consumables - to internationally recognised quality systems.
The markets for the Analox technology are varied but primarily include the Clinical & Research and Industrial & Biotechnology markets.
The Clinical & Research market sector requires the measurement of a wide range of analytes, (e.g. glucose, cholesterol, urea, uric acid, lactate, ammonia, alcohol, creatinine and glycerol) widely used as indicators for certain disease states, and of the integrity of organ function. This sector also includes the sports science sub sector in which lactate is routinely measured for fitness development, training and monitoring.
The Industrial & Biotechnology market which includes the pharmaceutical, biotechnology and the food & beverage sectors routinely measure analytes such as methanol, ethanol and glycerol which are used in process control and fermentation applications.
Analox’s customers operate in the Clinical & Research and Industrial & Biotechnology sectors.
The company’s products are used routinely in hospitals clinical biochemistry departments, pharmaceutical and biotechnology companies, food & drink and other industrial companies, medical schools, universities and other research institutes.
This section contains a list of publications from independent scientific researchers using Analox systems.