Wide spectrometer range covering 190—950nm
X/Y rastering of laser across sample
Integrated camera for sample positioning
On-board argon gas purge
Rising interest in soil health and carbon sequestration has led to increased demand for measuring SOC. In a recent study, SciAps worked with the Agricultural Laboratory Proficiency Program (ALP) to incorporate a comprehensive, diverse group of soils from the U.S. and Canada into one standard calibration to provide a fast and accurate measurement of SOC.
The calibration is based on many different soil types and properties. These soils also span a range of usage sites including: pasture, fallow, forest, corn, grains, potatoes, soybeans, fruits, rice, and cotton.
Approximate soil sample source locations across the U.S. and Canada. Locations data from ALP and map courtesy of: https://commons.wikimedia.org/wiki/ File:BlankMap-USA-states-Canada-provinces.png
Every test result is stored on the analyzer and sent via Wi-Fi to one or more online PCs located anywhere in the world.
Who has time to download data, cut and paste into spreadsheets and documents? Instead create a report template one time, with your company logo, layout, etc. Then download data directly, print (even via Wi-Fi), and done.
Test results can be automatically uploaded to a secure cloud site, to be viewed, edited and downloaded from browser software anywhere in the world.
SciAps apps share test results to mobile phone via Bluetooth automatically. Users can view current or previous test results, easily paging through them. Results can be emailed as PDF files direct from phone.
Automatically send test results to Wi-Fi printers, or to belt-mounted Bluetooth printer.
You use LIBS for some materials. You use X-ray for others. How about automatically merging the data from both analyzers into a single report? Even a competitor’s XRF!