Ready to lower your cost and emissions

Climacope helps you evaluate material and design changes, compare cost and carbon, and move promising options toward production through a managed monthly program.

Request a product review Explore a redesign ↓

Start with one product family. Clear monthly scope. Evidence behind each recommendation.

Scroll-driven product storyOne grinder. Eight parts. Four fictional scenarios.

Start assembled, reveal each requirement, then compare a modeled baseline of $35.00 and 10.00 kg CO₂e.

Begin with the assembled product ↓

Explore a redesign

See where a product can change.

Explore an example manual coffee grinder, select a part, and see the evidence needed to evaluate a redesign.

Illustrative example · Fictional inputs

Explore
Understand
Compare
Apply

What we would examine first

Start with component mass, material-price evidence, supplier quotes and the inputs still needed.

Discuss this goal →

01 / 06

Start assembled

See the whole product before judging a part.

Scroll to reveal the exterior, grinding mechanism and upper drive. Reverse direction to reassemble it.

Fully assembled illustrative manual coffee grinder

Loading an assembled grinder. The complete example remains available below.

Selected part

Conical burr set

Technical ceramic

Assumed contribution: $8.00 · 2.50 kg CO₂e
Goal lens: Unknown until matched supplier quotes, yield and finishing costs are available.
Required review: Bench-test particle distribution, torque, wear, cleaning and drop resistance.

All parts and requirements

Illustrative example · Fictional inputs

Compare cost, carbon and required review together.

View assumptions

These numbers demonstrate how a redesign comparison works. They do not predict savings for your product or establish that a material change meets engineering requirements.

Functional unit: One finished, unboxed manual grinder leaving final assembly.
Cost basis: Modeled purchased components plus final assembly and allocated factory overhead.
Cost exclusions: Tooling/NRE, qualification, packaging, outbound freight, duties, taxes and selling costs.
Carbon basis: Assumed component cradle-to-gate contributions plus final assembly.
Carbon exclusions: Packaging, distribution, use and end of life.
Shared process: $5.00 and 1.00 kg CO₂e; this non-geometric row is not mapped to a part.

Baseline$35.0010.00 kg CO₂e

Selected modeled cost$35.00Reference

Selected product carbon10.00 kg CO₂eReference

What changes

Synthetic reference: ceramic burrs and a brushed stainless housing.

Before implementation

Establish component masses, supplier quotes and a common evidence boundary.

Explore opportunities in my product

Complete four-scenario comparison

Scenario	Modeled cost	Cost change	Product carbon	Carbon change
Baseline	$35.00	Reference	10.00 kg CO₂e	Reference
Steel burr candidate	$33.50	$1.50 lower; 4.29% lower	10.50 kg CO₂e	0.50 kg CO₂e higher; 5% higher
Recycled housing candidate	$34.40	$0.60 lower; 1.71% lower	8.80 kg CO₂e	1.20 kg CO₂e lower; 12% lower
Combined example	$32.90	$2.10 lower; 6% lower	9.30 kg CO₂e	0.70 kg CO₂e lower; 7% lower

Worked example

Know which change to investigate next.

This synthetic manual-grinder example shows the structure of a decision, not a customer result or a savings guarantee.

Current component: Conical burr set: Technical ceramic.
Candidate: Same grinding envelope; candidate hardened stainless replaces the ceramic burr material.
Illustrative combined result: $32.90 and 9.30 kg CO₂e: 6% lower modeled cost and 7% lower modeled product carbon.
Before implementation: Compare quotes, machining route, grind distribution, wear, corrosion and cleaning.

View sample assumptions

These numbers demonstrate how a redesign comparison works. They do not predict savings for your product or establish that a material change meets engineering requirements. Unknown real-product values are not treated as zero, and this example is not supplier evidence.

Program & pricing

Product Redesign Program

$2,500 / month

One product family, within the pilot's up-to-five-SKU scope.

Prepaid month-to-month. No long-term commitment.

Additional fee: $5,000 per verified production implementation.

Climacope takes no percentage of your savings. This is not a savings guarantee.

Request a product review See detailed pricing and other services →

Keep the redesign moving each month.

A prioritized opportunity and decision backlog.
Updated comparisons as better inputs and quotes arrive.
Engineering requirements, accountable owners and visible blockers.
A monthly review and the next agreed action.

Establish the baselineCompare alternativesQualify the selected changeVerify production results

Progress depends on the agreed inputs, supplier responses, testing and production timing. We make the next requirement visible at each stage.

How you start

A focused first step. No BOM required beforehand.

Review your product and goal.

A free 20-minute conversation to assess whether the program fits.

Agree the scope.

Confirm the product family, inputs, deliverables and complete fees.

Begin the first work cycle.

Start after onboarding requirements and the prepaid first month are agreed.

Common questions

Start with a clear fit check.

A request starts a conversation; it is not a confirmed booking.

Request a product review

Free 20-minute review · no BOM required before the call · Tour the Studio on synthetic data

What is included each month?

Analysis and coordination within the agreed product-family and capacity scope, producing the backlog, comparisons, requirements and monthly review described above.

Are production fees included?

No. The program is $2,500 per month, and an additional $5,000 fee applies per verified production implementation.

Do you guarantee savings?

No. Results depend on product inputs, evidence, supplier responses, qualification and production conditions.

Does the program include physical testing?

Laboratory testing, tooling and other physical implementation costs are not included unless the engagement explicitly says otherwise.