Cost & Carbon

Cost and carbon analysis for automotive parts - from one CAD model

Matterize calculates manufacturing cost and embodied carbon (CO₂) together from a single 3D CAD model. Automotive OEMs and Tier 1 suppliers can finally optimize price and emissions in the same decision - instead of running cost and sustainability in separate, conflicting tools.

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One model, cost and carbon at once

Most cost tools ignore carbon, and most carbon tools ignore cost - so teams make decisions twice, with different assumptions, and the answers collide. Matterize treats them as a single problem: the same geometry, material and process that drive cost also drive emissions.

The result is a per-part should-cost and an embodied-CO₂ estimate, side by side, for every design and process alternative the platform evaluates.

Built for sustainability & cost leaders

Hit carbon targets without losing the cost argument

Customer and regulatory carbon requirements are rising, but cost still decides. Matterize puts both on the same model so decarbonization stays affordable.

The challenge today

  • Customer and regulatory reporting (scope 3, CBAM, PCF) with no part-level data.
  • Cost and sustainability run in separate tools with conflicting assumptions.
  • Decarbonization stalls when the cost impact is unknown.
  • Carbon estimates arrive too late to influence design or sourcing.

With Matterize

  • Part-level embodied CO₂ alongside cost from a single CAD model.
  • One shared model for cost and carbon - no conflicting numbers.
  • Quantify the cost of every carbon reduction, and find the cost-neutral ones.
  • Carbon visible at design and sourcing time, when it can still change.
How it works

From CAD to cost and carbon

A single upload returns the financial and the environmental picture.

3D CAD model

One STEP, STL or native CAD file.

Matterize AI Engine

Cost & carbon engine

Geometry, material and process modeled for price and CO₂.

Should-cost

Full per-part cost breakdown.

Embodied CO₂

Carbon per part, same model.

Cost-carbon trade-off

See where they align or conflict.

Lower-impact options

Designs that cut both.

What drives a part's carbon footprint

Matterize models the same drivers for emissions that it models for cost.

Process energy

Energy intensity of the chosen manufacturing process and machine.

Material & scrap

Embodied carbon of the material grade, plus scrap and yield losses.

Mass

Part mass and how much can be removed without losing function.

Routing

Number of process steps and transport between operations.

Cost-only tools vs. Matterize

Cost-only and standalone carbon tools compared to Matterize
CapabilityCost-only toolsSeparate carbon toolMatterize
Should-cost from CAD
Embodied carbon from CAD
Cost and carbon in one model
Cost-carbon trade-off analysis
Shared assumptions across both

Related: Should-Costing, CAD-to-cost and manufacturing processes.

Frequently asked questions

Can manufacturing cost and carbon be calculated together?

Yes. Matterize calculates manufacturing cost and embodied carbon (CO₂) from the same 3D CAD model at the same time, so teams can see the price and the emissions of a part - and every design or process alternative - in one view.

What is embodied carbon for a manufactured part?

Embodied carbon is the greenhouse gas emissions associated with producing a part - primarily from the material it is made of and the energy used by the manufacturing process. Matterize estimates embodied CO₂ per part from geometry, material and process.

Why optimize cost and carbon together instead of separately?

Cost and carbon often share the same levers - material choice, mass, process and scrap. Optimizing them separately leads to conflicting decisions. Matterize shows both at once so engineers can find designs that reduce price and emissions together.

Does lower carbon always mean higher cost?

No. Because many carbon drivers (lighter mass, less scrap, fewer process steps) also reduce cost, Matterize frequently surfaces options that cut both. Where a trade-off does exist, the platform quantifies it so the decision is explicit.

Who needs cost and carbon analysis in automotive?

Automotive OEMs and Tier 1 suppliers facing both cost targets and emissions reporting (such as scope 3 and product carbon footprint requirements) use Matterize to make sourcing and design decisions that satisfy both.

See cost and carbon for your part

Upload a 3D CAD model and get a should-cost and an embodied-CO₂ estimate side by side - free.

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