WHY NOW
It remains connected to the machine: traceable for development, purchasing, sales and the people who continue to work with it.
WHY THIS MATTERS
Your customers compare performance, precision and delivery time. Increasingly, they also want to understand the emissions involved in their investment.
This is not a question that belongs to the sustainability department alone. It concerns development, purchasing, sales and the way you explain your machine.
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HOW WE CALCULATE
Not with a flat-rate average value, but along your technical reality – as far as makes sense for your specific question.
01 · UNDERSTAND
Materials, purchased parts, manufactured components, assembly, packaging and transport are brought into an appropriate perspective.
02 · STRUCTURING
Assemblies and recurring components are structured in such a way that they remain reusable across variants.
03 · EXPLAIN
The system boundary, reference unit, period, methodology, and data basis remain linked to the information.
YOUR REALITY
Many machines are not standard products. That is precisely why it is worth having a system that does not start from scratch with every configuration.
MATERIAL
Material types, quantities and manufactured parts as the basis of the analysis.
SUPPLY CHAIN
Integrate existing supplier data and make assumptions transparent.
MANUFACTURING
Continue to use recurring modules as comprehensible building blocks.
PRODUCT
Assemble concrete product information from individual building blocks.
THIS IS HOW IT BEGINS
We start in such a way that the answers can be sustainably developed for your product world.
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We start with a system or product line that will answer your relevant questions.
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Together, we define the product mapping, system boundary, and the data that are already available today.
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The structure can grow with new supplier data, assemblies and variants – instead of being replaced during the next project.
WHAT WE OFFER
With ecozoom and personal guidance, we make CO₂e product data usable where it is needed in mechanical engineering: in development, sales quotation, and customer communication.
A COMPREHENSIBLE PRODUCT LOGIC
Components
Assemblies
Machine variants
Product information
01 · START
Understand a representative system, clarify the issue, and create a resilient basis.
02 · STRUCTURE
Structure recurring parts and modules in such a way that variants can be tracked and developed further in a comprehensible manner.
03 · INFORMATION
Prepare CO₂e information for tenders, data sheets and customer discussions.
COMMUNICATION
CO₂e information is not a seal of quality. It shows what was analyzed – and the basis on which a value was calculated.
THE CLAIM
WHAT'S INCLUDED
A clear product allocation as well as system boundary, reference year, methodology and database. Voluntary climate protection contributions can be documented separately. They do not alter your machine's Product Carbon Footprint.
QUESTIONS WE ARE OFTEN ASKED
We start with what is already visible for your systems today – and develop the data logic further with you.
Does this also work for individual systems?
Yes. Particularly in the case of customer-specific machines, the product allocation is determined jointly. It is crucial that the balancing framework fits the system and the specific question at hand.
Do we need data from all suppliers immediately?
No. We start with the available data. Assumptions and data sources are made visible and can be supplemented step by step with more specific information.
Can variants be compared?
Yes, if the variants are modelled within a comprehensible, comparable logic. This is precisely why assemblies and product assignments are structured.
What do our customers receive?
An objective CO₂e product information that makes its reference, period, system boundary, methodology and data basis comprehensible.
THE NEXT STEP
An initial image, a parts list or a conversation is enough to look at the appropriate data logic.