In the industrial sector, production technologies are often chosen simply because they work.
They have proven themselves in the past, are familiar to the engineering team, and fit the current supplier base.
Over time, they become the default standard.
But in OEM projects, a crucial question is often overlooked:
Is the technology we’re using still the best fit for today’s market?
Every production process has its own logic.
Thermoforming can be ideal for medium-low volumes.
Welded carpentry is flexible in the early development stages.
Casting may seem like a robust and well-established solution.
The problem arises when conditions change:
A technology that is suitable at the launch phase can become a bottleneck during the product’s maturity stage.
In established industrial projects, it is natural to expect a gradual improvement in efficiency.
If, after years of production, the unit cost remains stable or increases, it can be a warning sign.
The problem is not always the price of raw materials or supplier negotiations.
Sometimes the limitation lies in the process itself.
Some processes have a threshold beyond which they cannot improve significantly:
In these cases, the technology is not inefficient.
It has simply reached its limit.
Changing production technology is a complex decision.
It requires:
For this reason, many companies postpone the decision.
Continuity feels reassuring.
But in a competitive market, continuity can turn into inertia.
If a competitor industrializes more effectively, integrates more stages, or automates a critical process, the competitive advantage is built over time—not in a single order.
There is no universal moment to change technology.
However, there are indicators that deserve attention:
When these signals appear, the question is not whether the supplier is performing well.
The question is whether the process is still the most aligned with the current scenario.
In the automotive, handling, agricultural, and HVAC sectors, production technology affects more than just cost.
It also impacts:
A more industrialized process can reduce variability, simplify the supply chain, and improve the overall competitiveness of the product.
Production technology is not a technical detail.
It is a strategic choice.
Rethinking a technology does not necessarily mean abandoning what works.
It means analyzing:
Sometimes the change concerns only a single stage of the process.
Other times, it requires a broader redesign.
But the evaluation should be periodic, not reactive.
A production technology becomes a competitive limitation when it stops evolving along with the product.
In the OEM world, where volumes grow and requirements become more demanding, continuing to produce “as it has always been done” may seem like the safest choice.
But caution, in some cases, slows progress.
True competitive advantage arises when industrialization is reviewed before the market forces it.
Throughout the lifecycle of an industrial product, there are indicators that suggest the production technology may no longer be optimal. They are not always obvious. Often, they emerge gradually.
Here are five signs not to overlook.
If at least two or three of these conditions occur consistently, it may not necessarily be a supplier issue.
It could be time to assess whether the production technology is still aligned with: