What is meant by Parameterizable inspection characteristics?
The term "Parameterizable Inspection Characteristics" refers to quality characteristics in quality assurance that can be flexibly adjusted and configured. These characteristics allow companies to adapt their quality inspections to specific products, processes, or customer requirements without changing the fundamental inspection process.
Typical software functions in the area of "Parameterizable Inspection Characteristics":
- Characteristic Definition: Creation and adjustment of inspection characteristics with variable parameters.
- Tolerance Management: Setting and managing limit values and tolerance ranges for inspection characteristics.
- Inspection Plan Design: Integration of parameterizable characteristics into flexible inspection plans.
- Dynamic Inspection Instructions: Generation of inspection instructions based on current parameters.
- Version Control: Tracking changes to inspection characteristics and their parameters.
- Conditional Inspection Logic: Implementation of if-then rules to adapt the inspection process based on parameter values.
Examples of "Parameterizable Inspection Characteristics":
- Weight Inspection: Adjustable tolerance ranges for different product variants.
- Color Measurement: Configurable color spectra for different materials or customer requirements.
- Dimensional Inspection: Flexible dimensional tolerances for various component sizes.
- Surface Inspection: Adjustable roughness values for different processing stages.
- Hardness Testing: Configurable test methods and limit values for different materials.
- Functional Testing: Parameterizable test sequences for different product variants.
