Understanding DTAS 3D Simulation Results

DTAS 3D uses Monte Carlo simulation to model product tolerances and assembly behavior, predicting dimensional compliance, yield rates, and root causes. Key outputs include:

1.Basic Statistics
Max/min, mean, standard deviation, pass rate, skewness, kurtosis.

2.Fitted Distribution Parameters
Distribution type (normal, uniform, gamma, beta, etc.) with quantile estimates and deviation limits.

3.Confidence Intervals
Probability‑based ranges (e.g., for the mean) indicating where the true parameter value likely lies.

4.Sensitivity & Contribution Metrics

1. Transfer Coefficient – Geometric sensitivity of each feature (approximates ∂output/∂input).

2. Contribution Rate – Combined effect of sensitivity and tolerance magnitude (calculated via extreme‑value or statistical methods).

These results enable targeted design optimization by highlighting critical tolerances and variation drivers.

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.