High-performance polymer components for demanding applications. We provide additive manufacturing as an extension of engineering analysis not only as a standalone printing service. Geometry, material choice, and process parameters are informed by simulation, load assessment, and functional requirements.
An additive manufacturing facility driven by engineering intent. Whether it's a demanding aerospace prototype or a high performance functional part, we bring the same approach: the right material, validated process parameters, and full documentation when you need it.
Manufacturing decisions are guided by expected thermal environment, mechanical loads, flow exposure, and material behaviour under service conditions. A bracket for a drone is not a bracket for a furnace — we ask the questions that matter.
With simulation, topology optimization, and DfAM in-house, we can improve your design before we manufacture it. Where required, simulation outputs directly inform manufacturing decisions from material selection to structural lightweighting.
Every part is inspected. We maintain full traceability, document our processes, and stand behind our work. The result is parts that are not only printable, but mechanically meaningful.
We specialize in engineering thermoplastics and high-performance polymers suited for advanced applications. Material selection is based on temperature resistance, stiffness, toughness, and environmental durability — design adapted to material behaviour, not the reverse.
Design for Additive Manufacturing at Kilia is engineering-led rather than geometry-driven. We consider load paths and stress concentrations, thermal gradients and service temperatures, part orientation and build strategy, and post-processing requirements and tolerances.
This enables the production of parts that are mechanically meaningful, not merely printable.
For applications where it matters, we provide full process documentation with traceability built in from day one. The level of documentation is adapted to the project's technical and regulatory context.
Tell us about your project. We'll review your requirements and get back to you within 1-2 business days.
Questions about materials, processes, or Design for Additive Manufacturing? We're here to help.
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