DIGITAL PRODUCTION TOOLS SESSION
Turning Challenges into Opportunities
What to Expect
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Deep Technical Insights: Explore how AM technology transforms traditional production tool manufacturing, delivering superior performance characteristics while reducing complexity and cost.
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Real-World Case Studies: Discover proven applications across diverse industries, from precision robotics components to specialized manufacturing fixtures that meet the most demanding requirements.
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Hands-On Demonstrations: Witness the capabilities of EOS technology firsthand, seeing how advanced materials and precision engineering come together to create next-generation production tools.
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Expert Guidance: Connect with EOS specialists who understand the unique challenges of production tool manufacturing and can guide you toward optimal solutions for your specific applications.
Ready to Transform Your Production Capabilities?
Join our expert sessions to discover how additive manufacturing can revolutionize your production tools, reduce operational costs, and accelerate your time-to-market. Let's explore what's possible for your manufacturing future.
Expert Session
STIWA | On-demand available
Real-World Success: How STIWA Transforms Production with Industrial 3D Printing
Real-World Success: How STIWA Transforms Production with Industrial 3D Printing
- Exceptional Durability: 3D printed components endure 5 million welding cycles and 40 million linear axis cycles, proving AM reliability in demanding industrial applications.
- Advanced Processing: STIWA uses vapor smoothing and comprehensive testing protocols to ensure the quality and performance of printed production tools.
- Industry Standard: Additive manufacturing has become standard across STIWA's automation systems in automotive, medical, and aerospace sectors for cost reduction and functional integration.
Anubis 3D | On-demand available
From Prototyping to Production: How Anubis 3D Transformed Industrial Manufacturing with Industrial 3D Printing
From Prototyping to Production: How Anubis 3D Transformed Industrial Manufacturing with Industrial 3D Printing
- From Prototyping to Production: Anubis 3D transitioned from traditional prototyping to mainstream manufacturing using EOS selective laser sintering technology, demonstrating that additive manufacturing has evolved beyond its original applications.
- Complex Integrated Tooling: The company creates sophisticated end-of-arm robotics tools like palletizing grippers and vacuum tool changers with internal channels, embedded electronics, and built-in mechanisms that would be impossible to produce using conventional manufacturing methods.
- Production-Quality Standards: Through advanced post-processing techniques, including vapor polishing and rigorous inspection protocols, Anubis 3D delivers components that meet the demanding quality requirements of industries like food packaging while offering mass customization capabilities.
APC-TEC | On-demand available
Real-World Success: How apc-tec Pioneers Additive Manufacturing in Food Industry
- Cost Reduction Through Smart Design: apc-tec replaces expensive mechatronic solutions (€10,000+) with robust 3D-printed components and transforms multi-step welded assemblies into single printed parts.
- Food Safety Compliance: Successfully navigates complex certification requirements, including EU regulation 10/2011 compliance, chemical smoothing processes, and GMP implementation for safe food production.
- Supply Chain Simplification: Reduces supply chain complexity while maintaining strict food industry standards across procurement, inventory, and production processes through intelligent function integration.
Expert Talk conducted in German with English subtitles
Experts: Paul Bocionek, apc-tec | Dominik Sippel, EOSDyeMansion | On-demand available
Advanced Post-Processing Unlocks 3D Printed Production Tools for Regulated Industries
- Advanced Post-Processing for Regulated Industries: Dyemansion demonstrates how specialized post-processing transforms raw 3D printed parts into production-ready tools suitable for highly regulated sectors like healthcare and food manufacturing.
- Vapor Fuse Technology: DyeMansion's chemical smoothing process uses FDA-certified benzyl alcohol to create watertight, sealed surfaces without material removal, enabling millions of operational cycles for production automation.
- Integrated Compliance Workflow: The complete process includes PolyShot cleaning, mechanical/chemical surfacing, and precise coloring, all backed by comprehensive documentation to meet strict regulatory requirements.
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3 Key Aspects We Will Address
Lightweight & Energy Saving
Fast & Demand-Based
