HP IF 600 HT Webinar: Open Materials, Uncompromised Performance
Industrial filament 3D printing has long forced a compromise between the accessibility and flexibility of desktop machines and the certified, high-performance—but often closed—industrial platforms. 3Dnatives and HP Additive Manufacturing Solutions demonstrate how the new HP IF 600 HT removes that trade-off by combining an open materials ecosystem with genuine high-temperature capability to produce certified, production-ready parts.
July 28 | 11:00–12:00, live Q&A session.
What will you learn?
Two major trends are redefining the role of filament-based additive manufacturing in production environments: open material ecosystems and reliable high-temperature performance. This session clarifies the technical and economic realities behind both trends and explains how to adopt them to produce certifiable, repeatable parts at scale.
Material freedom at every level. Whether you rely on HP-validated, certified high-performance polymers such as ULTEM, PEEK and other PAEK families, or choose your own industrial-grade filaments like polycarbonate (PC) and nylon (PA), the open materials strategy of the IF 600 HT eliminates vendor lock-in and removes mandatory consumables. That freedom reduces supply risk and lets teams choose the best material for each application while supporting regulatory and certification needs.
Applications beyond desktop capabilities. True high-temperature capability expands filament printing into final-use parts: structural fixtures, aerospace brackets and supports, ducts and housings exposed to heat and chemicals, and tooling that must withstand repeated thermal cycling. The webinar examines use cases where industrial-grade thermal stability and chemical resistance make filament printing a viable production method.
Production-grade quality engineered for availability. Learn what processes, monitoring and service models are necessary to deliver traceable, certifiable parts consistently. We contrast proactive service and predictive maintenance approaches with reactive fixes and show why uptime strategies matter in a production setting.
Predictable economics. Get a practical framework to estimate cost per part on high-temperature filament systems and preserve margins as volumes rise. The session covers factors that drive unit cost—material, throughput, post-processing, and maintenance—and how open ecosystems influence long-term cost planning.
Speakers
Tetiana Isabelle Toloshniak, Head of Business Development
Tetiana Isabelle Toloshniak leads business development for HP 3D in the CEMA region (Central Europe, Middle East and Africa) from her base in France. With a PhD in chemistry and over a decade of experience in 3D printing, she combines strong scientific expertise with market development and customer-focused business management. Her work bridges advanced materials and additive manufacturing technologies with real industrial applications. At HP she focuses on strategic account growth, partner enablement and accelerating the adoption of HP 3D printing solutions—helping customers move from prototyping to qualified production across multiple sectors.
Elliot Saldukaite, Technical Content Specialist
As Technical Content Specialist at 3Dnatives, Elliot Saldukaite evaluates additive manufacturing solutions and reports on real-world experiences. He works closely with industry experts and technology leaders to stay current with rapid advancements in the field. Elliot contributes to technical and educational content, testing machines and materials, and translating technical findings into practical guidance for engineers and production teams interested in additive technologies.
Who should attend?
Engineers seeking faster iterations, material autonomy and true high-temperature performance without vendor lock-in.
Supply chain and quality managers who need cost transparency, traceability and certification workflows for regulated production environments.
Business leaders and decision-makers assessing the ROI of additive production in aerospace, automotive, medical, oil & gas and other regulated industries.
If you are planning the transition from prototyping to production and refuse to choose between flexibility and quality, this webinar is tailored for you. Join us to understand how an open, high-temperature filament platform like the HP IF 600 HT can deliver certified parts, industrial reliability and predictable economics for production-scale additive manufacturing.
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