CASE STUDY
Holistic approach for your plastics and tooling technology: Efficiency through digital support
Discover how you can overcome challenges in your part design and tool concept using IANUS simulation. Our comprehensive, AI-driven solutions offer injection molding simulations, feasibility analyses, and optimized tool designs – efficient, sustainable, and cost-effective!
Challenge
Conducting simulations and evaluating results provide valuable insights into the challenges of your part design. However, to advance your project, more is required. The part design must not only meet the demands of plastic and tool technology, but the tooling concept also brings up numerous questions. Designing and optimizing the tool, such as the placement of sliders/ejectors/cooling channels and other technical components, present significant challenges.
Approach
Comprehensive digital support for customers:
Injection molding simulation based on your part geometry
Feasibility analysis with plastic and tool-compliant part design
Suggestions, e.g., for draft angles, material accumulation, and cost-efficient tool design
Optimized part dataset based on the feasibility analysis
We can also create your tool design upon request
Consultation on sustainable, alternative plastic materials
Benefits
This structure enables a fast, cost-effective, and comprehensive digital process up to the handover to the tooling manufacturer. With the added-value services offered on our platform, you receive support from our engineers from the start to the completion of your project.
"The integration of automation into our simulation processes through the expertise of IANUS has brought substantial benefits for both us and our clients." -Stefan Eimeke
IANUS - Better Decisions.
Our white paper provides valuable insights into the use of modern technologies for resource-efficient and efficient production.
