Materials
Hyperion works with a wide range of polymers, composites, and metals selected for demanding production environments. Supported by in-house compounding and testing, that capability helps customers match material performance to application, operating conditions, and end-use requirements.
FREQUENTLY ASKED QUESTIONS
What else should you know about Hyperion's capabilities?
Common questions from teams evaluating deployable, large-format manufacturing for critical parts.
Q1.
What is deployable manufacturing capability?
Large-format additive manufacturing delivered close to the point of need — enabling on-demand production, complex components and operational manufacturing where traditional supply chains can't easily reach. It reduces lead times, logistics dependency and reliance on distant or offshore facilities.
Q2.
What is TitanCell and how does the managed model work?
TitanCell is Hyperion's containerised, field-ready production system, provided as a managed service through a fixed monthly model. It's not just equipment access — Hyperion supports design, materials, programming, deployment and ongoing technical support, so customers can access manufacturing capability without building the full capability stack themselves.
Q3.
How large are the components Hyperion can produce?
Print volumes up to 4m × 2m × 2m, supporting boat hulls, structural components, tooling and infrastructure parts that exceed traditional additive manufacturing size limits.
Q4.
Can Hyperion produce both polymer and metal components?
Yes — large-format polymer production plus WAAM for structural metal components, enabling hybrid manufacturing strategies where both material systems are required. Materials are qualified for defence, marine, construction and industrial applications, not prototyping.
Q5.
Where can deployable production systems operate?
Systems are designed for operational environments such as offshore platforms, remote sites, forward operating bases and constrained facilities — not just controlled factory floors.