WASABI
"Tools-integrated assistance system for production control in injection moulding of highly complex and demanding component specifications
Problem Statement
- Permanent operating point monitoring
- In situ quality control
- Efficient process adaptations
- Loss of knowledge on start-stop production processes due to the elimination of co-workers
- Avoidance of rejects and downtimes
Approach to Solution
- Implementation of sensors in injection moulds
- Combination of OptiCheck and EDS sensor signals
- Hardware and software development for the application of machine learning methods
- Integration and improvement of classification algorithms
Target
Realization of a digital assistance system for production optimization in plastic injection moulding.
Project Partners
University of Applied Sciences Schmalkalden
Faculty of Mechanical Engineering
Applied Plastics Technology
Prof. Dr.-Ing. Thomas Seul
Contact: t.seul@hs-sm.de
Schneider Form GmbH
department OptiCheck
project manager Mr. Markus Lehr
Contact: schneider-form.de/kontakt
Project Sponsors / Third-Party Donor
- Karlsruhe Institute of Technology (KIT)
- Federal Ministry of Education and Research (BMBF)
Additional information
- Grant Sum: 550,000.- €
- Duration of Project: 06/2019 - 05/2021
- pdf: WASABI - Tools-integrated assistance system for production control in injection moulding of highly complex and demanding component specifications
- pdf (german): WASABI - Werkzeugintegriertes Assistenzsystem zur Produktionsregelung beim Spritzgießen hochkomplexer und anspruchsvoller Bauteilspezifikationen
