The document outlines strategies for improving packaging performance for Mabe products, focusing on testing standards and optimization techniques such as topology optimization and CAD modeling. It highlights the benefits of reducing prototypes and enhancing understanding of physical behavior during testing. Additionally, it emphasizes the importance of improved packaging performance and increased expertise in CAE.

1. Improve Packaging Performance
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2. Mabe Products
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3. Who is Mabe?
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4. Mabe marks and sales
VIDEO
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5. Handling and transportation
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6. Standards to test the product
Front corner
Plane drop
Edge
Back corner Incline planes /
Right side and Front
side
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7. Challenge
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8. Graphics (energies and G value)
Internal Energies and G s value Top 10 Parts with Highest Internal Energies
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9. Topology Optimization
Product volume
Desing space
Optimization
Optimization shape
CAD Model
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10. Topology Optimization
Corner Desing space
Applied forces
Optimization
Optimization shape
CAD Model
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11. Correlation
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12. Correlation
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13. Correlation
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14. Correlation
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15. Benefits
Packaging design Process
Packaging
proposal
(CAD model) Simulation impact
analysis CAE
Redesign and
optimization CAE
Packaging with
good performance
Physical test
(2 Prototypes)
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16. Benefits
• Optimization of the process design
• Reduce prototypes (until 80%)
• Understanding of product physical behavior during testing
• Improving packaging performance
• Increasing knowledge and expertise in CAE
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17. Thank for your attention
Questions?
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