The full recordings of our 3-part webinar series “What’s New in SigmaXL Version 11”are now available. In these sessions, we walk through the latest enhancements, including: ✔️Advanced DOE tools (Definitive Screening, Optimal Designs, and more) ✔️Practical tips, examples, and

Time Series Forecasting is easy with SigmaXL. Use this powerful tool to analyze trends to predict demand or sales! SigmaXL includes several Exponential Smoothing & ARIMA methods and a withhold sample to test forecast accuracy. Use it in V11: sigmaxl.com/ExpForecast.sh…

We are excited to announce that we will be exhibiting at the ASQ Quality Excellence in the Age of AI conference at Toronto on September 27, 2025. Please stop by and visit us. We look forward to meeting everyone. tinyurl.com/mprtp33u

New Video Alert! Learn how to augment your factorial design with axial points to bake a better cake. Use SigmaXL Version 11 to enhance your DOE capabilities and take your analysis further with just a few clicks; 👉 Watch now: youtu.be/DLBtD_KZPe4

What’s new in SigmaXL V11? 🤔 ➡️Advanced DOE designs ➡️Better activation & license manager ➡️Compare with Overlay Histograms Download the trial today and see the difference! #DOE #LeanSixSigma sigmaxl.com/SigmaXLInforma…

Takt time is the available production time divided by the units a customer demands. The Takt time calculator shows the optimal pace for a production process. Use the template in SigmaXL Version 11 - bit.ly/2T99zji

A SIPOC diagram is a tool that summarizes the inputs and outputs of one or more processes in table form. It is often presented at the outset of process improvement efforts or during the "define" phase of the DMAIC process. Use the template in V11 - sigmaxl.com/DMAICtemplates…

New Video Alert! We illustrate the use of an Advanced 2-Level Factorial/Screening Design with the famous seven factor, eight run, bicycle experiment given in the Box, Hunter, Hunter book. The response variable is the time it took to climb a particular hill in seconds. After

What’s more fun than flipping through a stack of Where’s Waldo? books? Data scientist Dr. Randal Olson created an algorithm that uses the Travelling Salesperson Problem (TSP) to compute the optimal search path for finding Waldo — turning a childhood puzzle into a clever

Happy Holidays from SigmaXL to all our users and partners! Wishing you peace, health, and happiness this holiday season, and a New Year filled with meaningful wins, both personal and professional. — The SigmaXL Team

The Kruskal–Wallis test is a nonparametric method for testing if two or more samples originate from the same distribution and does not assume sample normality. If the samples have equal shapes, it’s comparing medians. Use it in V11 - sigmaxl.com/Kruskal-Wallis…

Multiple X Boxplots allow you to create boxplots with one Y variable and multiple group category X’s. A row of boxplots will be created, one for each X variable. This is useful for easy comparison of the effect of each category X. Use them in V11: sigmaxl.com/MultipleXBoxPl…

Distribution fitting is the process used to select a statistical distribution that best fits the data, assessed with the Anderson Darling goodness of fit test. This is particularly useful for process capability studies. Use it in V11 - tinyurl.com/9hvjpfve

The One-Way Chi-Square Goodness-of-Fit test is used to determine whether discrete sample data are consistent with a hypothesized distribution, for example, to determine if a die is fair. For small samples, use One-Way Chi-Square Exact. These templates are available in Version 11

SigmaXL brings powerful statistical analysis and Six Sigma tools directly into Excel so your team can solve problems, improve processes, and drive measurable impact without a steep learning curve. From hypothesis testing and control charts to DOE, regression, MSA, and robust

James Lind is credited with performing the first Design of Experiments clinical trial in 1747, when he carried out a controlled experiment to develop a cure for scurvy among sailors while aboard the HMS Salisbury. Use Doe in V11 - sigmaxl.com/AdvancedDOE.ht…

Did you know that if there is a 1 in a million chance of winning the lottery and you buy a million lottery tickets, you still only have a 63% chance of winning? You can use the Binomial Distribution Probability Calculator in SigmaXL V11 to check this calculation.