TOLERANCE- AND QUALITY MANAGEMENT
DESIGNING PRODUCT QUALITY WITH PROCESS RELIABILITY
Increase transparency and product quality to avoid manual rework by digitalizing your quality assurance process. We accompany you during the analysis and optimization in the area of tolerance- and quality management. Thereby we show possibilities how product design, tolerance definition and measurement technology can be linked consistently. Our long-standing experience from reference projects in automotive and aircraft construction allows us to show you tailor-made solutions to optimize your product quality. Let our experts show you which possibilities exist to make your tolerance- and quality management process reliable.
PROJECT EXAMPLES
Measuring plan Editor
Challenge: Definition of measuring points on the original component geometry
Solution: Measurement planning software; measurement point creation on surfaces, trims, holes, bolts and folds
Benefit: With little manual effort to the finished measurement plan, as well as providing the information for subsequent processes
QA-Report
Challenge: Time-consuming manual creation of inspection plans and media breaks between CAD system and inspection planning
Solution: Measurement planning software with change process; definition of measurement points on original component geometry (2D)
Benefit: Creating the bridge between product development and quality planning, as well as a low manual effort to the finished measurement plan
Measurement Data Manager
Challenge: Networking of the involved measurement technology areas: Measurement planning system, measurement programming system and evaluation system
Solution: Development of a central measurement data management system; version management and change management
Benefit: Reduction of administrative effort and higher data security
Measurement data feedback
Challenge: Bidirectional measurement data exchange between CAx system and measuring machine; possibility of errors with manual data exchange
Solution: Export of measuring points of geometric features (contour, holes, etc.); data format conforming to measuring machine
Benefit: Minimization of change loops and avoidance of errors in data transmission between CAx system and measuring machine