3D Printing Functional Parts at Remote Locations

Petr BARTEK, HP - Czech Republic

Transcript

1. Spare parts production HP Additive Manufacturing Solutions Petr Bártek – Application Engineer CEMA petr.bartek@hp.com April 2026
2. 2 2 Standard supply chain and product life cycle Centralized manufacturing Warehouse Final customer
3. 3 3 Spare parts challenges today Availability and MOQ - Are the parts available - Minimum order quantity Logistics - How can I deliver the parts Cost Storage and planning - Do I have a space to store the parts - How many will I need
4. 4 4 How HP can help? 3D Print the parts locally on demand using MJF - Only thing you need are CAD files NO Logistics Parts being produced in 24hrs Lower Cost NO Storage You print what you need when you need it
5. 5 5 Process description Part Part Part Recoating Temperature control Heat Print agents 1 Part 2 3 4
6. 6 6 MJF Benefits Time to part 12hrs full job 380x284x380 Regardless number of parts and its geometries Great mechanical properties Nearly isotropic properties Easy to operate Intuitive control with guidance through HMI Sustainability and cost Highly reusable materials 20/80 Low cost per part Customization Adjust your designs Assembly consolidation Join multiple parts into one
7. 7 7 Portfolio HP Jet Fusion 5000 3D Printing Solution HP Jet Fusion 5600 Series 3D Printing Solution HP Jet Fusion 5420 Series 3D Printing Solution HP Metal Jet Industrial prototyping and final part production to scale Medium and largescale production Metal parts Materials innovation | Integrated software suite | Big data and analytics backbone White parts
8. 8 8 Portfolio Iterate your ideas FAST | EASY to run, build to scale | Industrial MJF that fits you HP Multi Jet Fusion 1200 3D Printer solution
9. 9 9 Portfolio Materials innovation | Integrated software suite | Big data and analytics backbone HP Industrial Filament 3D Printer solution 600 High Temperature Industrial prototyping and final part production to scale Material management station Printer modules Open material platform
10. 10 10 Materials portfolio
11. 11 11 Materials portfolio HP 3D HR PP by BASF • High chemical resistance • Low-cost material • 90% powder reuseability Lubrizol ESTANE 3D TPU M95A • Flexible elastomer • Easy processability • 4200 only ForwardAM 3D TPU01 • Established flexible material • High energy absorption HP 3D HR TPA • Light and flexible • High rebound resiliance • High detail reproduction • Easy processability HP 3D HR PA 12 • Strong, functional, detailed • Balanced properties • 80% powder reuse • Biocompatibility HP 3D HR PA 11 • Renewable bio base • Impact resistance & ductility • Highest detail • Biocompatibility HP 3D HR PA 12 GB • 40% glass bead filled • Higher stiffness, lower strength HP 3D HR PA 12 W • Consistent, premium White • Ideal for dyeing or final white parts • High UV resistance • 75% powder reuse Lubrizol ESTANE 3D TPU M88A • Very soft and flexible • High temperature applications flexible HP 3D HR PA 12 S • Smooth surface • 90% powder reusability • High UV stability • Lower cost than PA12 HP 3D HR PA 12 “light grey” • Darker shade of white • Grey core • Lower cost alternative white for color applications • 75% powder reuse HP 3D HR PA12 FR • UL94 V0 @ 2.5 mm ISO EN 45545-2 R22 R23 HL2 • Halogen free • 60% powder reuseability technical
12. THANK YOU!
13. Feel free to reach out at: david.soriano@hp.com