MODDE® software
"Design of Experiments" software
MODDE® is a state-of-the-art DOE software package used equally by scientists, engineers and statisticians. The software is used with the aim of better understanding complex processes and products.
MODDE® enables fast and efficient identification of critical process parameters (CPPs), resulting in reduced complexity and greater understanding of bioprocesses.
The “Design Space” tools provided by MODDE® meet the specifications of risk analysis, which leads engineers to determine the likelihood that their experiments will indeed identify the most reliable operating region.
Why choose MODDE?
- optimization of growth and production of media in amber bioreactors
- review and optimization of basic process state variables with BIOSTAT® multi-bioreactor systems
- optimization of purification conditions using Sartobind® technology
- robustness studies of crossflow filtration conditions with SARTOFLOW® systems
- freeze and thaw rate optimization using the Celsius® system
- Design Space Estimation (DSE) and validation
MODDE® Go
The right solution for beginners in DOE
MODDE® Go is the most competent DOE solution for maximizing performance, even of very complex products and processes. Its intuitive graphical interfaces and detailed data visualization allow you to reliably create experimental designs and interpret results, for the most efficient and accurate decisions.
Benefits
- access to complete DOE and optimization functions
- elegant and simple user interface
- a full range of factorial and fractional factory designs
- full access to the MODDE online knowledge base
MODDE® Pro
The ideal solution for simple and advanced DOEs
MODDE® Pro provides a quality analysis of your decisions and looks at the overall risk picture on the overall options. It will alert you to critical settings and point you to more powerful settings. Some of the unique features are robust optimization and complementary setpoint analysis, including risk assessment.
Benefits
- robust optimal identification
- interactive setpoint analysis with risk assessment
- setting up design stability testing
- extended functionality of acceptable range
Video content
Learn about the basic purposes of DOE (checking, optimizing, and robustness testing) and how these applications can generate value from your data. MODDE shows the essential steps for generating design, building a model, adjusting a model, and deciding based on contour drawings.
Introduction to the design of the mixture and how to use it in the MODDE program.
