Casting + machining
Manufacturing case studies
Manufacturing Case Studies
Detailed examples explaining the manufacturing decisions behind selected component types. For the complete photo library of parts we have made, use Components.
Long complex geometry
Long Auger & Shaft Component
A long-form casting where straightness, journal alignment and helical geometry drive process planning.Explore ↗
Casting + multi-axis machining
Machined Impeller
An investment-cast impeller with flow passages, controlled blade geometry and precision-machined hub features.Explore ↗
Machining + polishing
Sanitary Flow Component
A stainless flow component carried through machining, controlled polishing and final surface verification.Explore ↗
Pressure-critical component
Pressure Valve Body
A flow-control body where casting soundness, machined sealing features and final pressure testing are linked.Explore ↗
Marine finishing
Polished Marine Hardware
A corrosion-resistant hardware component combining cast form, machined assembly features and controlled cosmetic polishing.Explore ↗How to use these examples
Each case study connects part geometry to a manufacturing decision.
Use these examples to see how part geometry, functional features and service risk influence process choice, machining strategy, finishing and verification before quotation.
Starting-form decision
See where near-net investment casting reduces material removal, and where geometry or feature access changes the preferred starting route.
Machining strategy
See how critical bores, faces, journals, threads and sealing interfaces are tied to workholding, datum structure and inspection access.
Surface & assembly condition
See where polishing, deburring, passivation or other finishing affects function, cleanability, corrosion resistance or final appearance.
Inspection & release plan
See how dimensional checks, material verification, NDT, roughness or pressure testing are selected around service risk instead of applied as a generic checklist.
Start with the drawing
Send the alloy, annual quantity and critical requirements.
Email is the fastest route for drawings and 3D files. The short form is available when email is inconvenient.
For the fastest drawing review, include:
- 2D drawing / 3D file and revision
- Material grade or service environment
- Annual quantity or expected lot size
- Critical tolerances, finish, inspection or pressure-test requirements