Emithran/Cost engineering software for teams that need defensible manufacturing cost models.

Manufacturing Intelligence

Cost engineering software for teams that need defensible manufacturing cost models.

Cost engineering software for should-cost models, manufacturing process benchmarks, part-family analysis, and negotiation-ready cost breakdowns.

72K+

supplier records connected to sourcing intelligence

99.4%

BOM accuracy target for validated programmes

5 days

typical pilot setup for a focused team

Capability

Cost models that survive engineering scrutiny

Cost breakdowns are built at a level of detail engineering teams can actually review and challenge, not a single rolled-up number.

  • Process-route-specific cost breakdowns reviewed by engineering, not just procurement.
  • Material, labor, overhead, and tooling shown as separate, defensible line items.
  • Version history when a design or process route changes.

Capability

Benchmark across process and geography

The same part can be costed under more than one process or location to see whether a different route changes the outcome materially.

  • Compare the same part costed under multiple manufacturing processes.
  • Regional cost benchmarks for labor, energy, and logistics.
  • Identify when a process or location switch changes the cost outcome materially.

Capability

Connect cost engineering to the rest of the programme

A cost model that lives outside the BOM and supplier workflow loses value the moment the design changes.

  • Cost models linked to BOM line items and supplier quotes.
  • Validated targets feed directly into RFQ and negotiation workflows.
  • A single source of truth as parts move through design iterations.

FAQ

Common questions

Who typically owns cost engineering output, procurement or engineering?

Both. Engineering typically validates the technical assumptions behind a model, while procurement uses the resulting target cost during negotiation. The output is built to be reviewed by either team.

Can cost engineering software model multiple process alternatives for the same part?

Yes. A part can be modeled under more than one process route, for example machined versus cast, to compare cost outcomes before committing to a route.

How does this fit with existing CAD or PLM tools?

Part geometry and BOM data exported from CAD or PLM systems feed directly into the cost model, rather than requiring data to be rebuilt manually.

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