Bring Mold and Asbestos Analysis in-house with Marvin Lens
Marvin Lens was developed over 4 years by our team of dedicated engineers and scientists to automate best practice mold spore identification and counting.
With Marvin Lens, anyone can perform highly skilled testing that would otherwise take months of training. Free yourself from your mold lab, with Marvin Lens you can win more work by providing same-day reports as standard!
Why Choose Marvin Lens
Superior Result
Human analysts only look at 25% of the total sample area, vastly increasing the risk of missing dangerous mold types. Marvin Lens analyses the whole sample area.
Fast Analysis
Aided by Marvin Lens, a single operator can process up to ten times more analysis without degrading results otherwise caused by analyst fatigue.
Comprehensive Detection
Efficiently identifies a wide array of common molds, including Stachybotrys (Black Mold), Chaetomium, and more. This ensures thorough sample analysis and improved safety through precise mold identification.
Who Can Benefit From Marvin Lens
Discover the diverse professionals who can optimize their mold analysis process with Marvin Lens.
“A Game Changer for Our Business”
Josh from AcuGuard highlights Marvin Lens as a game changer, delivering fast, reliable mold testing results that enhance service efficiency and client trust.
OUR STANDARD
Automating the Industry Standard
Marvin Lens is designed to automate the American Society for Testing and Materials Standard test method (ASTM D7391-20) for identifying and quantifying airborne mold spores.
Like a human analyst, Marvin Lens results are subjective to experience, and training. However, as the system is automated results can be expected to remain consistent where a human analyst would begin to suffer mental and optical fatigue that will introduce new errors into their analysis.
Excerpt from ASTM D7391-20
This test method is used to estimate and categorize the number and type of fungal structures present on an inertial impactor sample.
Fungal structures are identified and quantified regardless of whether they would or would not grow in culture. It must be emphasized that the detector in this test method is the analyst, and therefore results are subjective, depending on the experience, training, qualification, and mental and optical fatigue of the analyst.
This standard was developed in accordance with internationally recognized principles on standardization established in the Decision on Principles for the Development of International Standards, Guides and Recommendations issued by the World Trade Organization Technical Barriers to Trade (TBT) Committee.
Take the First Step
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