Vacuum Precision Investment Casting

Vacuum processing minimises oxidation and gas inclusion, producing cleaner castings with enhanced structural integrity.

The process is well suited to development programs and production volumes where quality and agility take priority over scale.

Improved microstructure and reduced defect rates support demanding mechanical, thermal, and fatigue performance requirements.

Vertically integrated processes and proactive planning ensure dependable lead times and material continuity.

VPIC enables the production of intricate geometries and fine features that are difficult or impossible to achieve with conventional casting methods.

Sustainable manufacturing practices reduce waste, optimise material usage, and support responsible resource management.

Digital modelling and process route development help optimise casting design, reduce risk, and accelerate qualification programmes.

Tailored alloy chemistries are engineered to meet precise mechanical, thermal, and corrosion requirements.

VPIC supports the stringent quality, traceability, and performance expectations of aerospace, defence, nuclear, and energy markets.

An end-to-end manufacturing capability streamlines production from design through final inspection.

In-house heat treatment, HIPping, HVOF coatings, and precision machining provide a seamless path from casting to finished, certified components.

Critical materials are reclaimed and reprocessed to strengthen supply security and minimise waste.