Oslo, Norway - March 26, 2007: CAMO Software AS, a pioneer in the multivariate statistical software market, announces a strategic collaboration agreement with Perten Instruments, a provider of analytical instrumentation, to integrate CAMO's OLUP (Online Unscrambler Predictor) into Perten's Diode Array 7200 instrument. With this agreement the Diode Array 7200 will be able to utilize models from the most efficient modeling software available for NIR applications, The Unscrambler®, and perform online prediction.
Lars Österberg, CAMO's President and CEO stated, "Perten Instruments has been a valued partner of CAMO for years and we are pleased to introduce our new Strategic OEM program with the announcement of this agreement"
"With The Unscrambler® we provide our customers with a software for calibration development which meets the researcher's need for an advanced analytical tool, and industry's demand for efficiency" says Sven Holmlund, Perten Instruments' CEO.
"The Unscrambler® is the leading software for development of NIR calibration models and embedding the OLUP into the DA 7200 is the optimal utilization of this prediction tool" says Trond Amundsen, Vice President of Business Development at CAMO Software.
About CAMO Software Inc:
CAMO Software AS is a leading provider of multivariate data analysis software solutions and services across verticals. Since 1984 CAMO has developed solutions that uncover information hidden inside various forms of data and enable companies to improve their manufacturing processes and understanding of their products. CAMO Software AS is headquartered in Oslo , Norway with sales and development offices in NJ, USA and Bangalore , India.
About Perten Instruments:
The Perten Instruments Group provides tools for quality control in the milling, grain, feed and food industries. These tools include Falling Number instruments, Inframatic and Diode Array near-infrared analyzers, the Glutomatic System, laboratory mills and single kernel analyzers. Perten Instruments is unique in providing tools both for quantitative and qualitative analysis.