Robot Industry

NearNetShape Savings

Casting can produce complex geometries close to the final part form, minimizing the volume of material that needs to be removed in machining. This slashes cycle times, tooling wear, and rawmaterial costs.

Optimized Cost Structure

Low‐Volume flexibility: For small runs, sand or investment casting has modest tooling costs, while machining finishes critical features.

High‐Volume efficiency: In diecasting applications, the perpart material and machining allowance shrinks further, driving down unit costs.

Improved Quality & Traceability

Single‐Site control of material certs, heat treats, inspections, and machining SPC data ensures consistent metallurgical and dimensional compliance.

Integrated process monitoring (e.g. inline Xray of castings + probing on the machining center) lets you catch and correct issues early.

Design Freedom

Complex internal cavities, thin walls, and organic shapes are cast, then critical features (bores, threads, sealing faces) are machined to spec.

Rapid CAD/CAM iteration: Tweak cast tooling or CAM programs in parallel for faster prototyping and design validation.

Reduced Inventory & Handling

By combining casting, heattreat, cleaning, and machining in one facility, you avoid multiple purchase orders, shipments, and warehousing steps-simplifying logistics and lowering WIP inventory.

Material & Process Synergy

Specialized foundries can tailor alloy chemistry or apply directional solidification, then machine at optimal cutting parameters for that exact alloy-maximizing fatigue resistance, surface finish, or microstructure.

Environmental & Safety Benefits

Centralized containment of casting fumes, spent sand, cutting fluids, and metal chips enables more efficient recycling programs and safer shopfloor zoning.