Dimensional Quality

Dimensional Quality

在设计发布前了解尺寸偏差的影响，以保证生产过程中产品尺寸的质量。

利用 Tecnomatix® 软件的尺寸质量解决方案，您可分析制造流程对设计特征和公差的影响，从而找到尺寸偏差的源头，确定偏差大小。 它可以帮助您提高设计质量、避免成本高昂的原型，同时降低车间的人力、工装以及计量成本。

Define Tolerances with Product Manufacturing Information

Leverage the semantic representation of product manufacturing information (PMI) in support of model-based quality engineering to automate feature and tolerance definition and drive better dimensional quality. Tecnomatix® Variation Analysis can extract and validate PMI from various authoring sources via the industry standard JT™ data format, providing feature-based capabilities using tolerances based on geometric dimensioning and tolerancing (GD&T) methods and standards, and downstream computation, augmentation and consumption for all dimensional quality analysis and inspection requirements.

Improve Quality with Variation Simulation and Visualization

Tecnomatix® Variation Analysis software is a powerful dimensional analysis tool used for simulation of manufacturing and assembly processes to predict and quantify the amounts and causes of variation in a robust 3D environment. The software leverages Monte-Carlo simulation and a ConJoin assembly constraint engine for static and kinematic assembly operations within the full range of allowable constraints, and integration to finite element analysis solvers for comprehension of component flexibility due to clamping, welding and springback.

Perform Comprehensive Root-Cause Analysis

Manufacturing costs can be reduced by maximizing allowable part tolerances while still controlling critical assembly dimensional specifications. Controlling these dimensional characteristics minimizes scrap, rework and warranty defects. Tecnomatix Variation Analysis identifies critical dimensional, tolerance and assembly processes that are key contributors to variation. By adding manufacturing capability data into variation analysis you can perform real-time root-cause analysis of production build problems, helping you improve quality by ensuring that parts fit together properly the first time.