Defence applications: why use micro abrasive waterjet?
Why non-thermal cutting, material integrity and repeatable geometry matter in demanding defence-industry applications.


Audio for engineers, manufacturers and decision-makers working at the edge of precision.
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Nine episodes turn micro abrasive waterjet technology into practical conversations about materials, applications, systems and industrial value.
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Select the material, market, customer case or system topic most relevant to your work.
Why non-thermal cutting, material integrity and repeatable geometry matter in demanding defence-industry applications.
A concise guide to material challenges where cold, low-force cutting can create a stronger manufacturing process.
Fine cutting for advanced alloys and geometries where heat, mechanical load and secondary processing are critical considerations.
How a controlled, non-thermal process supports edge quality, intricate geometry and material integrity in optical glass.
A practical customer perspective on using micro abrasive waterjet where thermal influence would compromise the component.
Why metallic glass demands a process that protects material properties while enabling precise, complex contours.
A deeper exploration of fibre-reinforced and layered materials, delamination risk and the role of controlled particle erosion.
How modular system options allow a Finecut configuration to evolve with axes, metrology, automation and application requirements.
A tribute to Finepart co-founder Donald Stuart Miller and his pioneering contribution to precision micro abrasive waterjet cutting.
From audio to evidence
AI-POD provides a concise introduction. Application decisions should be based on your actual material, geometry, tolerance and production target.