BPC Instruments AB products

BPC Move is a compact standalone mechanical agitator ideal for easy, reliable mixing, dispersion and dissolution of particle-free solution and slurries. It combines the strength and reliability of mechanical agitation with the ease-of-use of magnetic stirring. Discover a new type of stirring that will improve user’s laboratory experience significantly.

Gas Endeavour® is our premier automatic instrument for continuous monitoring of fermentation gas (i.e., hydrogen, methane, carbon dioxide) released in in-vitro ruminant digestive models and in-vitro monogastric hindgut digestive model for monogastric animals and human. In comparison with the other in-vitro methods measuring the transformation of fermentable substrate, the Gas Endeavour® allows highly accurate analysis for a large number of samples in a short time. The automated in-vitro protocol based on the Gas Endeavour® significantly reduces the workload compared with manual analyses.

Gas Endeavour® is a novel respirometer for both anaerobic and aerobic biodegradation analyses. For anaerobic biodegradability test, Gas Endeavour® provides efficient and accurate data analyses on biogas release in any aqueous medium, controlled slurry digestion system and high-solids anaerobic digestion condition. In case of aerobic biodegradability test, the Gas Endeavour® is intended be used together with our patented in-situ carbon dioxide absorption kit to function as a closed respirometer system for measuring oxygen demand. It is a powerful tool and analysis platform for both anaerobic and aerobic biodegradability / compostability analyses and support the most of important ISO, European and American standards for biodegradability evaluation.

BPC^® Go is the next-generation gas volume and flow meter containing an in-built computer to simplify and secure low gas flow measurements. It automatically measures both wet and dry gases at laboratory scale with high precision and accuracy without the need for recalibration. Built to the highest standards of Scandinavian quality, it is simple to set up and use for online, real-time monitoring from any location. BPC Go offers you:Go is the next-generation gas volume and flow meter containing an in-built computer to simplify and secure low gas flow measurements. It automatically measures both wet and dry gases at laboratory scale with high precision and accuracy without the need for recalibration. Built to the highest standards of Scandinavian quality, it is simple to set up and use for online, real-time monitoring from any location. BPC Go offers you:

Market-leading analytical tool for anaerobic batch fermentation testing. The Automatic Methane Potential Test System (AMPTS®) is the market-leading analytical tool for anaerobic batch fermentation testing. Now on its third generation, AMPTS III is automated and fully integrated for easy access to sampling, analysis, recording and report generation. AMPTS III houses 18 glass reactors for tests in its standard form, or your can choose the slimmed down AMPTS III Light, which houses 9 glass reactors.

The Ultimate Choice for Material Biodegradability Assessment. BPC Blue is a state-of-art laboratory instrument specifically designed to determine the aerobic and anaerobic biodegradability of various biodegradable plastics and polymer materials in a wide range of simulated environmental conditions. The instrument is fully compliant with the most important ISO, European and American standards for biodegradability evaluation in both aerobic and anaerobic conditions. Featuring an automatic operation and an intuitive user-friendly design, the BPC Blue enables almost anyone to carry out the test and obtain highly accurate results.

High accuracy and precision: Gas Endeavour III is an advanced laboratory instrument platform designed for precise evaluation of gas production or consumption in both batch and continuous processes. With its fully automatic operation, user-friendly interface, and high reliability, Gas Endeavour III offers exceptional ease of use. The instrument features 18 or 9 parallel channels, allowing for the simultaneous evaluation of a large number of samples.