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ELLISTAT automatically makes calculations of all the tolerances for all hypotheses. You can optimize by applying constraints. For example, you can demand that one of the dimensions be twice as wide as the others. The optimization makes calculations in four distribution hypotheses:
  • Worst case scenario
  • Quadratic statistics
  • Inertial statistics
  • Corrected inertial statistics
  • Weighted inertial statistics

Calculating complex dimensional chains

The Tolerancing module helps you calculate tolerances on X’s with a linear relation to Y’s, and to simulate the possible outputs that depend on reserved tolerances and lot acceptation hypotheses.

Contribution of each dimension

During the calculation, a color code will appear on the dimensions that signifies the characteristic’s contribution to the satisfaction of functional conditions.

This colorful representation allows you to see the significance of the dimension in respect to the specifications: the more significant the contribution, the more crucial the dimension.

Simulate your production

ELLISTAT allows you to simulate hundreds of assembled lots with design assumptions.
The triangles represent the space of conformity (Cpk >1) for the resulting dimensions C1 and C2 in the decentralization/standard deviation.

If the standard deviation is 0, the decentralization can take on any tolerance interval (triangle base)
If the decentralization is null, then standard deviation could be at the max (top of the triangle)
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A solution made for you
The best way to find out if a software is suitable for your use is to test it in real conditions, at home, with your own data! That's why we provide you with a free version for 30 days. The trial version gives you access to the full functionality of the software on the Desktop and Online version.  For students, a free one-year version is available for one year with a valid student ID.

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