Emithran/Should-cost modeling software for data-backed supplier negotiation.

Manufacturing Intelligence

Should-cost modeling software for data-backed supplier negotiation.

Should-cost modeling software that turns drawings, BOMs, process routes, and supplier quotes into auditable target costs for engineered parts and assemblies.

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

Should-cost models built from process and material data

Each model is assembled from the inputs that actually drive manufacturing cost, rather than scaled from a generic industry average.

  • Material grade and raw material index pricing.
  • Process-specific cycle time and machine rate assumptions.
  • Tooling and overhead allocation by batch size.

Capability

Validate supplier quotes line by line

Quoted prices are compared against the modeled target cost at the line-item level, so variance is visible before it becomes a negotiation surprise.

  • Compare quoted price against modeled target cost per part.
  • Flag line items that fall outside expected variance.
  • Track quote history across sourcing events.

Capability

From model to negotiation brief

A should-cost model is only useful if it reaches the negotiation table in a form the supplier conversation can actually use.

  • Exportable cost breakdowns for RFQ and negotiation.
  • Sensitivity views for volume, material, and geography changes.
  • Audit trail for engineering and finance sign-off.

FAQ

Common questions

What inputs does a should-cost model need?

At minimum, a part drawing or CAD model, material specification, target process route, and expected volume. Supplier quote history improves accuracy further but is not required to get started.

How accurate are should-cost models compared to actual supplier costs?

Accuracy depends on how closely the process and material assumptions match the supplier’s actual production route. Models are designed to be directionally reliable enough to flag real variance, not to predict a supplier’s exact margin.

Can should-cost modeling support multiple manufacturing processes in one BOM?

Yes. A single BOM can mix machined, cast, formed, and assembled parts, each modeled against the process-specific cost drivers relevant to it.

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