DTAS 3D Simulation Outputs
DTAS 3D applies Monte Carlo
simulation to model product tolerances and assembly relationships, predicting
whether critical dimensions will be met, estimating yield, and supporting
root‑cause analysis. Key result types include:
1.Statistical
Parameters – Min/max, mean, standard
deviation, pass rate, skewness, kurtosis.
2.Distribution
Fitting – Supports normal, uniform, gamma,
beta, etc.; provides quantiles and deviation‑limit estimates.
3.Confidence
Intervals – Probability‑based ranges for
statistical parameters (e.g., mean).
4.Transfer
Coefficients & Contributions – Sensitivity metrics linking
geometry and tolerance influence; used with extreme‑value or statistical
methods for design optimization.
DTAS is committed to innovation and
complete customer satisfaction. We thank every partner for their trust and will
continue to improve to exceed expectations.
About DTAS
As a high‑tech company specializing in product‑development tolerance analysis,
we follow the principle of “technology‑driven, service‑first.” We
deliver advanced engineering software and consulting to optimize workflows,
improve tool utilization, and translate advanced methods into real
manufacturing advantage.
DTAS 3D (Dimensional Tolerance Analysis System) is an advanced software suite that empowers engineers to perform rigorous static and dynamic tolerance simulation. By accurately modeling GD&T, assembly relationships, and motion, DTAS predicts manufacturing variation, identifies potential quality issues, and enables data-driven design decisions befor
DTOS (Dimensional Technical One Solution) is a proprietary, innovative platform for dimensional engineering, independently developed by DiTuo Technology. Built upon the core DTAS 3D Tolerance Simulation engine
![[Exploration] Implementation and Verification of Uniform Distribution of DTAS within a Circle!](data/watermark/main/20251201/692d052159466_.webp "[Exploration] Implementation and Verification of Uniform Distribution of DTAS within a Circle!")
