HP Molded Fiber
Advanced Tooling Solution

With greater manufacturing efficiencies, you can offer more value with custom features. Look to HP’s tailored solutions for fast, quality molded fiber production.

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Detail of HP digitally designed molded fiber screen.

Interested in the HP Molded Fiber Advanced Tooling Solution?

Interested in the HP Molded Fiber Advanced Tooling Solution?

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Production-ready molded pulp tooling helps you offer new value to your customers

Unlock greater production efficiencies and design opportunities.

Production-ready molded pulp tooling helps you offer new value to your customers

Unlock greater production efficiencies and design opportunities.

Transfer tool that reduces the need for sectioning and drilling and is made of an engineering polyamide that is not subject to corrosionor calcification2 in water.

Packaging that can make a sustainable impact, used to protect the HP Desktop Mini PC during shipment.

Easily replaceable screen made of an engineering polyamide that is not subject to corrosion1 or calcification2 in water. Helps reduce manual labor and integrates key features such as wash-walls, block-outs, and hold-downs.

Form tool that reduces the need for sectioning and drilling and is made of an engineering polyamide that is not subject to corrosionor calcification2 in water.

Transfer tool that reduces the need for sectioning and drilling and is made of an engineering polyamide that is not subject to corrosionor calcification2 in water.

Packaging that can make a sustainable impact, used to protect the HP Desktop Mini PC during shipment.

Easily replaceable screen made of an engineering polyamide that is not subject to corrosion1 or calcification2 in water. Helps reduce manual labor and integrates key features such as wash-walls, block-outs, and hold-downs.

Form tool that reduces the need for sectioning and drilling and is made of an engineering polyamide that is not subject to corrosionor calcification2 in water.

Rethinking every aspect of molded pulp production

See how these molded pulp manufacturers are doing it today.

Data courtesy16

Need greater production efficiencies?

PMP Inc. discovers new molded pulp production efficiencies, leveraging HP’s solution for lightweight production tooling and fast lead times.

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Looking to open new revenue streams?

Western Pulp Products Company is discovering how easy it is to accommodate design iterations with HP technology that enables new levels of agility and versatility for tooling design and fabrication.

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Looking to do cost-effective short runs?

Veritiv and Fiber Innovation are breaking barriers with HP’s solution, with molded pulp packaging that addresses their customer’s sustainability goals, and viable customized, short runs.

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Want to lead industry transformation?

Pacific Pulp Molding Inc. shares how their customers can benefit from HP’s solution and why they believe it will set a new standard for tooling.

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New capabilities with the HP AdvancedPro Transfer Tool

Improve process efficiency by de-watering during transfer, produce parts with low draft angles and reach transfer side smoothness without after-pressing.

HP Advanced Mold Body

HP hot swap SmartScreen

HP AdvancedPro Transfer Tool

HP Advanced Transfer Tool

What are the molded fiber industry's experts saying?

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Innofibre, Canadian global research center for cellulose products, partners with HP to validate new enhanced capabilities for HP’s Molded Fiber Tooling Solution.

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Joe Grygny, leading industry expert for 25 years and consultant to HP, outlines how HP’s end-to-end service helps transform every aspect of molded fiber tooling production.

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Industry-recognized tooler PMD has been in the molded fiber industry for over 40 years. Troy Mutton showcases the capabilities of the HP solution compared to traditional processes.

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Discover more about molded fiber expanded tooling capabilities

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Discover new capabilities to help unlock even more opportunities

See the latest features that the HP Molded Fiber Advanced Tooling Solution has to offer – including the HP AdvancedPro Transfer Tool.

Take advantage of placing markings on horizontal and drafted surfaces, and produce stronger parts with less fiber15.

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How the service works

You can rely on the HP Molded Fiber Advanced Tooling Solution to help you deliver quality molded fiber products, faster.6

How the service works

You can rely on the HP Molded Fiber Advanced Tooling Solution to help you deliver quality molded fiber products, faster.6

1. Visit the HP online ordering platform.7

2. Upload your design file8 and create an account.

3. HP experts review the design and requirements and send you a quotation based on final design.9

4. You approve the final design and quotation.

5. Production starts10 using HP’s proprietary digital technology.

6. Your production-ready, quality tooling is ready to ship as quickly as 2 weeks;11,12 payment can now be completed.

1. Visit the HP online ordering platform.7

2. Upload your design file8 and create an account.

3. HP experts review the design and requirements and send you a quotation based on final design.9

4. You approve the final design and quotation.

5. Production starts10 using HP’s proprietary digital technology.

6. Your production-ready, quality tooling is ready to ship as quickly as 2 weeks;11,12 payment can now be completed.

Interested in learning more?

Fill out the form and one of our molded fiber tooling experts will get in touch with you.

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Ready to get started?

Start rethinking your tooling production today.

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Disclaimers


Note: all third parties referenced here have received parts produced through the HP Molded Fiber Advanced Tooling Solution.

1. Polyamides in HP 3D High Reusability PA 11 material do not corrode with water (a common problem with metal tooling). Based on internal HP testing, August 2020. HP tools produced with HP 3D High Reusability PA 11 material were tested over 5 days at 50° C (122° F) using 4 different solvents (DI water - control, tap water, CaCO3 saturated, and 5 wt% aluminium potassium sulfate), and presented no visual signs of corrosion. For details, see: hp.com/go/MoldedFiberWhitepaper

2. Polyamides in HP 3D High Reusability PA 11 material do not present calcification signs with water (a common problem with aluminum tooling). Based 
on internal HP testing, November 2020. HP tools produced with HP 3D High Reusability PA 11 material were tested over 17 days at ambient temperature using 3 different solvents (DI water - control, tap water, CaCO3 super-saturated), and presented no visual signs of calcification or weight changes. For details, see: https://www.hp.com/go/MoldedFiberWhitepaper.


3. Data courtesy of Western Pulp Products Company

 4. Data courtesy of Veritiv and Fiber Innovation

5. Data courtesy of Pacific Pulp Molding Inc.

6. Compared to traditional CNC and manual tooling processes as of June, 2020. Based on internal HP analysis and testing including expert interviews and a review of published market reports. 4-6 weeks average fabrication lead time when producing in CNC.

7. Secure online platform offering password protected intellectual property and encrypted access control. For users only submitting design files, HP will be in contact for next steps.

8. Files supported: CAD file, Step (.stp), IGES (.igs). For additional documents, PDF and 2D drawing (.dwg) for critical dimension assessment. Returning users need only enter login credentials.

9. If needed, HP will share recommended optimization changes to the design file. You may need to provide additional specifications in order to complete the ordering information.

10. Order status updates will be provided via email notifications.

11. Delivery as quickly as 2 weeks after HP receipt of design file, detailed specs, the tool design quotation approval, purchase order, and receipt of first payment. Shipping time not included.

12. Reduce inventory of safety stock replacement tooling with HP’s easily replaceable screens and on-demand ordering from our digital warehouse.

13. Data courtesy of Pulp Moulding Dies Inc.


14. Data courtesy of Innofibre.


15. Compared to traditional CNC and manual tooling. Based on testing commissioned by HP and performed by Innofiber, February 2021.


16. Data courtesy of Pulp Moulded Products Inc.