Why prototype with CIC rather than 3D printing?
CIC's prototype manufacturing uses production-equivalent materials and processes — actual cast alloys, forged grain structure, and precision machined surfaces. This provides real mechanical property data, surface finish representation, and dimensional accuracy that 3D-printed parts cannot replicate, reducing risk before production tooling investment.
Can CIC produce a single prototype casting or forging?
Yes. CIC's open die forging and sand casting processes are economical for single pieces with no tooling charge. Investment casting and permanent mold prototype casting requires soft or bridge tooling, which CIC can provide at prototype economics.
How quickly can CIC deliver prototype components?
CIC's prototype delivery depends on the process: precision machined prototypes from bar stock typically deliver in 1-2 weeks. Sand casting prototypes in 2-3 weeks. Investment casting prototypes in 3-5 weeks. We work with customers on schedule requirements.
Can prototype tooling be converted to production tooling?
In some cases yes. CIC's prototype tooling approach — particularly for plastic injection molds — can be designed as bridge tooling that transitions to production use or validates final tool geometry. Our engineers discuss tooling strategy with customers at project initiation.
Does CIC offer design review and engineering support for prototype projects?
Yes. CIC provides Design for Manufacturability reviews that identify potential manufacturability or performance issues before prototype fabrication — saving iteration time and cost. Our engineers bring process-specific expertise across all manufacturing disciplines.