How a simple modification can save thousands of euros in industrial carpentry.
The difference between designing and optimizing
In many cases, companies focus on production, forgetting that the real source of savings often lies upstream, in the design.
In the industrial carpentry, even a single intelligent change to a component can result in a cost reduction of up to 300%, as well as improving quality, reducing waste and simplifying machinery construction.
Optimizing doesn't just mean reducing: it means to rethink.
The principle of optimization
Product optimization is about analyzing each component to understand how it can be made in a simpler, cheaper and more functional way, maintaining unchanged (or improving) its mechanical performance.
Often, behind a complex piece, there is a more efficient solution: a component that can be made with less processing, less material e fewer production steps.
A classic example is that of a piece machined from solid (i.e. obtained from a solid block through mechanical processing) which is rethought as a sheet metal element, laser cut and folded.
The result?
- Same functional result,
- drastic reduction in processing times,
- reduction of material and production costs.
From solid piece to bent sheet metal: a real case study
In our mechanical design work we often find ourselves analyzing components that are still machined from solid, a common but now outdated practice.
Replace an element of this type with a folded sheet metal structure can generate savings of up to 300% on the final cost of the piece.
This is because:
- The machine time it is drastically reduced (laser cutting is much faster than milling);
- there raw material it costs less (you start from a thin sheet instead of a solid block);
- there geometry it is lighter and can be adapted to assembly needs;
- The machinery itself becomes simpler and cheaper to produce.
In essence, a single change in the project can change the entire economic balance of production.
A concrete competitive advantage
Optimization is not just a technical advantage: it is a strategic lever for competitiveness.
Companies that adopt a modern engineering approach are able to:
- reduce production times,
- reduce material costs,
- improve the standardization of components,
- increase reliability and ease of assembly of its machinery.
These benefits translate into more accessible products, higher profit margins e machinery that is easier to assemble, maintain and transport.
The role of intelligent design
True value comes from the ability to see what has not yet been simplified.
Every time a component is redesigned for production efficiency, waste, complexity, and hidden costs are reduced.
At 2G Engineering we apply this approach every day: starting from an existing project, we analyze each part and propose alternative solutions — often based on sheet metal, standard profiles or prefabricated modules — capable of guaranteeing the same performance with lower costs and reduced times.
Conclusion: design better to produce more
Product optimization is the key to making industrial carpentry more efficient, competitive, and sustainable.
It's not just about drawing differently, but about rethink the production process at the base.
When design is smart, even a small change can turn into a a great economic saving and in one new opportunity to grow.
👉 If your company still produces complex or solid parts, Contact usWe can show you how to simplify them, reduce costs and increase margins, without compromising quality.