Aerospace
Structural and engine-adjacent components, where traceability governs every step of the route.

Arohara Automation engineers close-tolerance components and the automated systems that produce them — for aerospace, defence, space and automotive programmes, where a part is not allowed to be approximately right.
The work sits where machining and automation meet: the part itself, the fixture that holds it, the cell that runs it and the inspection that proves it. Treating those as one problem rather than four is what keeps a tolerance stable across a production run instead of a single lucky first article.

Multi-axis machining of close-tolerance components in aerospace alloys, stainless and specialist materials.
Design and integration of automated cells, motion control and the factory systems that coordinate them.
Jigs, fixtures and workholding engineered for repeatability across a production run, not a single part.
Dimensional inspection and process control built into the route, rather than bolted on at the end.
Structural and engine-adjacent components, where traceability governs every step of the route.
Programmes that demand controlled documentation, secure supply and a long service life.
Low-volume, high-consequence parts where a single unit carries the whole mission.
Powertrain, chassis and EV components at production volume, where repeatability matters as much as tolerance.
Energy, semiconductor and instrumentation work that shares the same tolerance discipline.
A drawing is a contract. Meeting it is not an achievement — it is the baseline everything else is measured from.
Automation belongs where it removes variance from a process. Anywhere else, it is expensive decoration.
Material, process and inspection records follow the part, from raw stock through to release.