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The Unscrambler Optimizer is an easy-to-use, web based tool designed and developed for the product formulation and process optimization needs of the chemical, pharmaceutical, food & beverages, energy, sensory and market research fields. 
Using multivariate statistical analysis techniques, this easy-to-use software helps identify key quality parameters from scientific and market research studies.The user-friendly interface allows seamless import of The Unscrambler® models, to perform design optimization on consumer preference data, panel data and instrument data. Product properties may be determined through the predictive modeling feature in The Unscrambler® and helps in comprehending optimized results using advanced plotting features. The multiobjective optimization feature enables benchmarking of products with those of competitors to detect and assess inherent strengths and weaknesses. |
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- Simultaneously optimize critical product attributes including
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- setup Equality and Inequality constraints when analysing projects - Mixture Design application for formulation, parameter infeasible or parameter relationship constraints in process optimization - Set optimization routines with targets on Y variables as well as Y tolerance settings  |
- Determine whether a set of experimental conditions can realise expected product quality
- Incorporate of PLS models built with The Unscrambler®, reducing time and effort - Plot optimization and prediction results - Perform out-of-range searching - Seamless import/ export to The Unscrambler® - Prediction and Reverse Prediction using The Unscrambler®  |
- Optimize product development lifecycle
- Develop products based on market preferences and predictions
- Identify the right packaging attributes
- Identify right mix of ingredients
- Reduce over-all costs and time-to-market
- Increase Return on Investments
Pharmaceutical
- Optimize drug formulation to enhance efficacy & physical performance attributes
- Optimize product development life cycle by improving manufacturing process parameters
Food and Beverage
- Optimize baking process parameters to improve product quality
- Optimize beverage mixture composition to produce preferred taste
- Analyze effect of product variations on customer liking to identify and develop successful products
Chemical Manufacturing
- Optimize manufacturing process parameters such as temperature, feed rate & concentration to enhance yield, improve quality reduce production cycle time
- Improve quality of chemical formulations
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