Industrialization of innovation is the work of turning a validated research result into a manufacturable product. It covers feasibility under real production conditions, supply-chain and supplier qualification, regulatory and standards readiness, and the scale-up path itself. This is where most industrial innovation stalls — not for lack of a good idea, but for lack of a route to production.
The typical starting point
The prototype works in the laboratory and the technology is proven in principle. But the path to serial production is unclear: no qualified supplier for a critical component, tolerances that hold in the lab but not in production, an unresolved standards question, or a cost structure that only works at volumes nobody can yet commit to.
Questions we answer
- Can this be manufactured at the required quality, cost and volume?
- Which components or processes are critical, and who can supply them reliably?
- What has to change in the design to make it manufacturable?
- Which standards, approvals or certifications apply before we can sell?
- What does the cost structure look like at realistic production volumes?
- Where are the risks in the supply chain, and what are the alternatives?
How we work
- Assess feasibilityThe technology is examined under real production conditions rather than laboratory ones — tolerances, materials, process windows and cycle times.
- Map the supply chainCritical components and processes are identified, and the suppliers capable of delivering them are located and qualified.
- Clear regulatory questionsApplicable standards, approvals and certification paths are established before they become schedule risks.
- Plan the scale-upThe route from prototype through pilot to serial production is laid out with the decision points and investments each stage requires.
- Accompany executionWe stay involved through supplier discussions, sample phases and the transition into production.
Sources and data we use
- Supplier landscapes, capability profiles and capacity data
- Technical standards, approval requirements and certification schemes
- Material and process documentation from manufacturers
- Patent context where design changes touch protected solutions
- Trade registers, financial disclosures and supplier references
- Our own network across the mechanical engineering and automotive value chain
What we assess
- Manufacturability under production conditions
- Critical components and single-source risk
- Supplier capability and capacity
- Standards, approvals and certification
- Cost structure across volume scenarios
- Scale-up path and investment requirements
What you receive
- Feasibility assessment under real production conditions
- Qualified supplier options for critical components and processes
- Regulatory and standards requirements with the certification path
- Cost structure across realistic volume scenarios
- Scale-up plan with stages, decision points and investment needs
- Identified risks with concrete mitigation options
Who this is for
Managing directors, heads of operations and manufacturing, development leadership, purchasing and supply-chain management in companies moving a technology towards production.
Industries
- Manufacturing
- Automotive & Mobility
- Robotics & Automation
- Chemicals & Advanced Materials
- Renewable Energy & Energy Storage
How this differs from a consultancy or a database
| thinver | Classic consultancy | Data platform / database | |
|---|---|---|---|
| Starting point | A working prototype | A strategic question | A data request |
| Focus | Manufacturability and supply | Process and organisation | Information only |
| Who does the work | Engineers with production background | Generalist consultants | Not applicable |
| Depth of supply chain | Suppliers identified and qualified | Usually described in general terms | Directory entries |
| Involvement | Through sample phase and production start | Ends with the report | None |
Frequently asked questions
At what stage should we involve you?
Ideally once the technology works in principle but before the design is frozen. Many manufacturability problems are cheap to solve at the design stage and expensive to solve once tooling exists. That said, we are also brought in when a scale-up has already stalled.
Do you replace our engineering team?
No. We work alongside it. Your engineers know the product; we bring the outside view on supplier landscape, manufacturability and the industrialization path, plus the capacity to survey options your team has no time to investigate.
Do you also handle supplier negotiations?
We identify and qualify suppliers and prepare the technical basis for the discussion. Commercial negotiation remains with your purchasing organisation, though we frequently join the technical part of those conversations.
What if the feasibility assessment is negative?
Then you learn it before the investment rather than after. A documented negative feasibility result, with the reasons stated, is a legitimate outcome and usually points to what would have to change for the answer to be different.