Easy Process And Product Optimization With Statistical Design Of Experiments (DoE)
Our user-friendly software tool STAVEX makes statistical design of experiments (almost) child’s play. In this way, even people without any prior knowledge in statistics can take advantage of statistical Design of Experiments (DoE). STAVEX also offers experts many options for addressing complex problems.
We Speak Your Language!
Statistical design of experiments (DoE) is that easy with STAVEX: The proven user guidance of STAVEX guides you from the project specification to the final optimization of the system. A few clicks and you’re done…
What to do if things turn out to be difficult?
Imagine the following situation:
You want to optimize a pharmaceutical formulation, where
the total amount should be 200 mg,- the amount of API should be between 60 and 80% of the total amount,
- you want to use either cellulose or starch as filler,
- the aromas should not comprise more than 5% (= 10 mg),
- the aromas only taste well in certain ratios,
- exactly 5mg of preservatives should be used (a mixture of vitamin E and ascorbic acid),
- besides the mixture factors also the process factors temperature and compression force should be included,
- for the high temperature, the pH value must not reach the maximum of its region, as otherwise a too large proprotion of by-products would be generated,
- you can alternatively use two different stirrers with 1500-1800 rpm or 1600-2000 rpm, respectively,
- the stirrer speeds can only be changed in steps of 100 rpm?
No problem!
All these real-life restrictions can be entered into our user-friendly DoE tool STAVEX without difficulty, and you get suggestions for suitable designs. [More...].
You will become more confident in using the methodology if you take part in one of our trainings in statistical Design of Experiments (DoE), where you always are welcome to address your own applications.
We are always at your disposition for any questions. Please call us under +41 61 686 98 77, or use our contact form.
What to do if things turn out to be difficult?
Imagine the following situation:
You want to optimize a pharmaceutical formulation, where
- the total amount should be 200 mg,
- the amount of API should be between 60 and 80% of the total amount,
- you want to use either cellulose or starch as filler,
- the aromas should not comprise more than 5% (= 10 mg),
- the aromas only taste well in certain ratios,
- exactly 5mg of preservatives should be used (a mixture of vitamin E and ascorbic acid),
- besides the mixture factors also the process factors temperature and compression force should be included,
- for the high temperature, the pH value must not reach the maximum of its region, as otherwise a too large proprotion of by-products would be generated,
- you can alternatively use two different stirrers with 1500-1800 rpm or 1600-2000 rpm, respectively,
- the stirrer speeds can only be changed in steps of 100 rpm?
No problem!
All these real-life restrictions can be entered into our user-friendly DoE tool STAVEX without difficulty, and you get suggestions for suitable designs. [More...].
You will become more confident in using the methodology if you take part in one of our trainings in statistical Design of Experiments (DoE), where you always are welcome to address your own applications.
We are always at your disposition for any questions. Please call us under +41 61 686 98 77, or use our contact form.
What to do if things turn out to be difficult?
Imagine the following situation:
You want to optimize a pharmaceutical formulation, where
- the total amount should be 200 mg,
- the amount of API should be between 60 and 80% of the total amount,
- you want to use either cellulose or starch as filler,
- the aromas should not comprise more than 5% (= 10 mg),
- the aromas only taste well in certain ratios,
- exactly 5mg of preservatives should be used (a mixture of vitamin E and ascorbic acid),
- besides the mixture factors also the process factors temperature and compression force should be included,
- for the high temperature, the pH value must not reach the maximum of its region, as otherwise a too large proprotion of by-products would be generated,
- you can alternatively use two different stirrers with 1500-1800 rpm or 1600-2000 rpm, respectively,
- the stirrer speeds can only be changed in steps of 100 rpm?
No problem!
All these real-life restrictions can be entered into our user-friendly DoE tool STAVEX without difficulty, and you get suggestions for suitable designs. [More...].
You will become more confident in using the methodology if you take part in one of our trainings in statistical Design of Experiments (DoE), where you always are welcome to address your own applications.
We are always at your disposition for any questions. Please call us under +41 61 686 98 77, or use our contact form.
What to do if things turn out to be difficult?
Imagine the following situation:
You want to optimize a pharmaceutical formulation, where
- the total amount should be 200 mg,
- the amount of API should be between 60 and 80% of the total amount,
- you want to use either cellulose or starch as filler,
- the aromas should not comprise more than 5% (= 10 mg),
- the aromas only taste well in certain ratios,
- exactly 5mg of preservatives should be used (a mixture of vitamin E and ascorbic acid),
- besides the mixture factors also the process factors temperature and compression force should be included,
- for the high temperature, the pH value must not reach the maximum of its region, as otherwise a too large proprotion of by-products would be generated,
- you can alternatively use two different stirrers with 1500-1800 rpm or 1600-2000 rpm, respectively,
- the stirrer speeds can only be changed in steps of 100 rpm?
No problem!
All these real-life restrictions can be entered into our user-friendly DoE tool STAVEX without difficulty, and you get suggestions for suitable designs. [More...].
You will become more confident in using the methodology if you take part in one of our trainings in statistical Design of Experiments (DoE), where you always are welcome to address your own applications.
We are always at your disposition for any questions. Please call us under +41 61 686 98 77, or use our contact form.
What to do if things turn out to be difficult?
Imagine the following situation:
You want to optimize a pharmaceutical formulation, where
- the total amount should be 200 mg,
- the amount of API should be between 60 and 80% of the total amount,
- you want to use either cellulose or starch as filler,
- the aromas should not comprise more than 5% (= 10 mg),
- the aromas only taste well in certain ratios,
- exactly 5mg of preservatives should be used (a mixture of vitamin E and ascorbic acid),
- besides the mixture factors also the process factors temperature and compression force should be included,
- for the high temperature, the pH value must not reach the maximum of its region, as otherwise a too large proprotion of by-products would be generated,
- you can alternatively use two different stirrers with 1500-1800 rpm or 1600-2000 rpm, respectively,
- the stirrer speeds can only be changed in steps of 100 rpm?
No problem!
All these real-life restrictions can be entered into our user-friendly DoE tool STAVEX without difficulty, and you get suggestions for suitable designs. [More...].
You will become more confident in using the methodology if you take part in one of our trainings in statistical Design of Experiments (DoE), where you always are welcome to address your own applications.
We are always at your disposition for any questions. Please call us under +41 61 686 98 77, or use our contact form.
What to do if things turn out to be difficult?
Imagine the following situation:
You want to optimize a pharmaceutical formulation, where
- the total amount should be 200 mg,
- the amount of API should be between 60 and 80% of the total amount,
- you want to use either cellulose or starch as filler,
- the aromas should not comprise more than 5% (= 10 mg),
- the aromas only taste well in certain ratios,
- exactly 5mg of preservatives should be used (a mixture of vitamin E and ascorbic acid),
- besides the mixture factors also the process factors temperature and compression force should be included,
- for the high temperature, the pH value must not reach the maximum of its region, as otherwise a too large proprotion of by-products would be generated,
- you can alternatively use two different stirrers with 1500-1800 rpm or 1600-2000 rpm, respectively,
- the stirrer speeds can only be changed in steps of 100 rpm?
No problem!
All these real-life restrictions can be entered into our user-friendly DoE tool STAVEX without difficulty, and you get suggestions for suitable designs. [More...].
You will become more confident in using the methodology if you take part in one of our trainings in statistical Design of Experiments (DoE), where you always are welcome to address your own applications.
We are always at your disposition for any questions. Please call us under +41 61 686 98 77, or use our contact form.
What to do if things turn out to be difficult?
Imagine the following situation:
You want to optimize a pharmaceutical formulation, where
- the total amount should be 200 mg,
- the amount of API should be between 60 and 80% of the total amount,
- you want to use either cellulose or starch as filler,
- the aromas should not comprise more than 5% (= 10 mg),
- the aromas only taste well in certain ratios,
- exactly 5mg of preservatives should be used (a mixture of vitamin E and ascorbic acid),
- besides the mixture factors also the process factors temperature and compression force should be included,
- for the high temperature, the pH value must not reach the maximum of its region, as otherwise a too large proprotion of by-products would be generated,
- you can alternatively use two different stirrers with 1500-1800 rpm or 1600-2000 rpm, respectively,
- the stirrer speeds can only be changed in steps of 100 rpm?
No problem!
All these real-life restrictions can be entered into our user-friendly DoE tool STAVEX without difficulty, and you get suggestions for suitable designs. [More...].
You will become more confident in using the methodology if you take part in one of our trainings in statistical Design of Experiments (DoE), where you always are welcome to address your own applications.
We are always at your disposition for any questions. Please call us under +41 61 686 98 77, or use our contact form.
What to do if things turn out to be difficult?
Imagine the following situation:
You want to optimize a pharmaceutical formulation, where
- the total amount should be 200 mg,
- the amount of API should be between 60 and 80% of the total amount,
- you want to use either cellulose or starch as filler,
- the aromas should not comprise more than 5% (= 10 mg),
- the aromas only taste well in certain ratios,
- exactly 5mg of preservatives should be used (a mixture of vitamin E and ascorbic acid),
- besides the mixture factors also the process factors temperature and compression force should be included,
- for the high temperature, the pH value must not reach the maximum of its region, as otherwise a too large proprotion of by-products would be generated,
- you can alternatively use two different stirrers with 1500-1800 rpm or 1600-2000 rpm, respectively,
- the stirrer speeds can only be changed in steps of 100 rpm?
No problem!
All these real-life restrictions can be entered into our user-friendly DoE tool STAVEX without difficulty, and you get suggestions for suitable designs. [More...].
You will become more confident in using the methodology if you take part in one of our trainings in statistical Design of Experiments (DoE), where you always are welcome to address your own applications.
We are always at your disposition for any questions. Please call us under +41 61 686 98 77, or use our contact form.
What to do if things turn out to be difficult?
Imagine the following situation:
You want to optimize a pharmaceutical formulation, where
- the total amount should be 200 mg,
- the amount of API should be between 60 and 80% of the total amount,
- you want to use either cellulose or starch as filler,
- the aromas should not comprise more than 5% (= 10 mg),
- the aromas only taste well in certain ratios,
- exactly 5mg of preservatives should be used (a mixture of vitamin E and ascorbic acid),
- besides the mixture factors also the process factors temperature and compression force should be included,
- for the high temperature, the pH value must not reach the maximum of its region, as otherwise a too large proprotion of by-products would be generated,
- you can alternatively use two different stirrers with 1500-1800 rpm or 1600-2000 rpm, respectively,
- the stirrer speeds can only be changed in steps of 100 rpm?
No problem!
All these real-life restrictions can be entered into our user-friendly DoE tool STAVEX without difficulty, and you get suggestions for suitable designs. [More...].
You will become more confident in using the methodology if you take part in one of our trainings in statistical Design of Experiments (DoE), where you always are welcome to address your own applications.
We are always at your disposition for any questions. Please call us under +41 61 686 98 77, or use our contact form.
What to do if things turn out to be difficult?
Imagine the following situation:
You want to optimize a pharmaceutical formulation, where
- the total amount should be 200 mg,
- the amount of API should be between 60 and 80% of the total amount,
- you want to use either cellulose or starch as filler,
- the aromas should not comprise more than 5% (= 10 mg),
- the aromas only taste well in certain ratios,
- exactly 5mg of preservatives should be used (a mixture of vitamin E and ascorbic acid),
- besides the mixture factors also the process factors temperature and compression force should be included,
- for the high temperature, the pH value must not reach the maximum of its region, as otherwise a too large proprotion of by-products would be generated,
- you can alternatively use two different stirrers with 1500-1800 rpm or 1600-2000 rpm, respectively,
- the stirrer speeds can only be changed in steps of 100 rpm?
No problem!
All these real-life restrictions can be entered into our user-friendly DoE tool STAVEX without difficulty, and you get suggestions for suitable designs. [More...].
You will become more confident in using the methodology if you take part in one of our trainings in statistical Design of Experiments (DoE), where you always are welcome to address your own applications.
We are always at your disposition for any questions. Please call us under +41 61 686 98 77, or use our contact form.
STAVEX supports you in interpreting the results with the generally understandable evaluation report ; the details of the statistics are available (if desired) via the long form of the report.
A variety of graphics provide a quick and intuitive overview of the results obtained.
Even complex practical situations can be easily mapped
STAVEX is available in English, French, German and Spanish. This makes it easier for you to start using Design of Experiments (free trial download).
