Kirjeldus
BiovisION Honey is a new, dedicated solution for the detection of C4 (cane, HFCS) and C3 (beet, rice) sugar adulteration of honey. Utilizing Elementar‘s extensive knowledge of high-temperature combustion chemistry, BiovisION Honey provides a significantly more robust and simpler solution than other technologies making it quicker, cheaper and easier to detect honey adulteration.
- Dedicated solution for the detection of honey adulteration and authenticity
- Unique high-temperature combustion LC-IRMS technique for detecting C3 honey adulteration
- Exceptionally robust and easy to use
- High return on investment due to significantly longer maintenance intervals
- Optional EA-IRMS for C4 adulteration detection and geographic origin determination
Highly robust, high-temperature combustion method
Typical LC-IRMS of honey samples relies on the wet chemical oxidation method, which tends to be associated with significant downtime due to maintenance requirements and blockages. BiovisION Honey uses a high-temperature combustion method that is significantly more reliable, maximising uptime and efficiency for contract analysis laboratories.
Automated performance with minimal maintenance
Unlike many of the current market-leading honey testing solutions, BiovisION Honey’s analytical processes are highly automated, with little manual control or optimization required. Data acquisition and processing is also handled by the ionOS® software platform, allowing labs to focus on the science, rather than the processes.
Significant cost-effectiveness benefits over time
Because of the increased throughput, lower cost of consumables and reduced cost per analysis delivered by BiovisION Honey, users will be able to benefit from substantial savings and efficiency gains over time.
