Purity

Purity Testing can occur with both raw materials and finished products to determine if the material is safe and doesn't contain contaminants like pathogens, heavy metals and pesticides

PURITY TESTING VIA INORGANIC CHEMISTRY

For analysis of heavy metals and minerals, we have two Agilent 7700 ICP-MS systems (Inductively-coupled plasma mass spectrometry). The ICP source converts the atoms of the elements in the sample to ions by high temperature. These ions are then separated by their mass and detected by the mass spectrometer. This process is highly sensitive, allowing for analysis down to concentrations in the parts-per trillion for some ions. The technology is reproducible, even when analyzing trace metals. In addition, interference removal and matrix tolerance is a critical part of our approach, which allows us to analyze different sample types. As a result, our customers have an accurate measurement of results, including heavy metal contamination and mineral composition.

MICROBIOLOGY TESTING

No matter where materials and consumables fall into the supply chain, they are constantly being introduced to micro-organisms. Most microbes are harmless but there are some that can damage the human health, product quality, contaminate the environment and irreversibly change a product. Here at Dyad we offer the following Micrbobiology services.

For rapid microbiology testing, we use AOAC-approved Invisible Sentinel Veriflow technology for the detection of Salmonella, Listeria species and many more to come. This new platform utilizes PCR based technology with a much shorter turn-around-time (36-48 hours). Great for food companies who need to know if there products/raws/enviroment contains pathogens.

  • Invisible Sentinel Veriflow Platform
  • VWR Symphony (4)
  • Biomerieux Smasher (2)
  • Biomerieux Smasher XL
  • Biomerieux Dilumat Expert Evo
  • Biomerieux Tempo

PURITY TESTING VIA INORGANIC

For analysis of heavy metals and minerals, we have two Agilent 7700 ICP-MS systems (Inductively-coupled plasma mass spectrometry).  The ICP source converts the atoms of the elements in the sample to ions by high temperature. These ions are then separated by their mass and detected by the mass spectrometer. This process is highly sensitive, allowing for analysis down to concentrations in the parts-per trillion for some ions. The technology is reproducible, even when analyzing trace metals.  In addition, interference removal and matrix tolerance is a critical part of our approach, which allows us to analyze different sample types. As a result, our customers have an accurate measurement of results, including heavy metal contamination and mineral composition.