• It was previously demonstrated that the mechanical properties of additively manufactured PEKK parts nearly matched those of parts obtained by current manufacturing methods
• Larger nozzle can divide the manufacturing costs per printed part by 2.
• The outcome: High-quality and increasing results from the mechanical properties of AM PEKK with the miniFactory Ultra 3D printer

As designers and engineers more widely embrace additive manufacturing, there must be a stronger focus on the economic justification of this new process. In this whitepaper, we address how the increased productivity of the miniFactory Ultra can further make the case of a viable economic solution with the Kimya PEKK-SC filament by printing high-quality seals.

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• Manufacture of additives for very demanding applications: low cost of capital and efficient use of materials
• Semi-crystalline PEKK made in addition to traditional PEKK seals: a comparison of performance and mechanical properties
• The outcome: High-quality and increasing results from the mechanical properties of AM PEKK with the miniFactory Ultra 3D printer

Arkema and miniFactory have collaborated to develop materials and processes for 3D printing functional objects made of semi-crystalline Kepstan® PEKK material. In this white paper, we present the hardware method and results.

• Ultra 2 - Superlative of Performance.
• Quality assurance for reliable manufacturing.
• Three reasons for miniFactory.

• What are the main benefits of high-performance polymers and what makes them suitable in metal replacement applications?
• How our customers in wide variety of industries are utilizing high-performance polymer 3D printing?
• What kind of cost savings can be achieved with miniFactory 3D printing technology?