Industrial design is the crucial stage where a technical idea is transformed into a component that can actually be manufactured. It is not simply about drawing a part or creating a CAD model, but about translating a real requirement into a reliable, efficient solution compatible with modern production processes.
At Ricos, industrial design is built on direct experience in the processing of metal tubes, plates and bars. This approach allows every project to be developed with a clear objective: creating components that ensure precision, quality and production continuity.
The result is a technical ecosystem that integrates mechanical design, material expertise and advanced industrial manufacturing technologies.
What is the difference between industrial design and mechanical design?
Mechanical design mainly focuses on the technical development of components and mechanical systems, with particular attention to geometry, strength and functionality.
Industrial design, on the other hand, also includes optimization for manufacturing. This involves selecting the right materials, ensuring compatibility with production processes, reducing industrial costs and defining the most efficient production method.
In simple terms mechanical design defines how the component works while industrial design defines how the component can be produced efficiently.
When a technical problem becomes the starting point
Industrial design often begins with a real technical challenge.
Many companies turn to Ricos because they need to solve a design limitation or improve the performance of an existing component.
The most common issues include:
- components that do not meet the required performance;
- geometries that are too complex for serial production;
- the need to reduce production costs and lead times;
- difficulties transitioning from prototype to industrial manufacturing.
In these situations, mechanical design becomes a technical analysis process, considering mechanical stresses, production constraints, material properties and the behavior of metals during industrial processing.
The Ricos competitive advantage: design and production under the same roof
What truly distinguishes a company specialized in industrial design within the Italian manufacturing landscape?
The difference lies not only in the ability to design a component, but in understanding how that component will actually be produced.
Many companies focus only on theoretical design, with potential issues emerging later during production. More advanced manufacturers integrate mechanical design, process engineering and manufacturing within the same organization.
This integrated approach is one of Ricos’ key strengths. The technical department and production team work closely together to develop solutions that are truly ready for industrial manufacturing.
Design for Manufacturing: designing with production in mind
The integration of industrial design and manufacturing enables the application of Design for Manufacturing (DFM) principles. This means designing components that are already optimized for efficient production.
Every mechanical design decision is evaluated based on the production processes that will be used, including:
- CNC tube bending;
- high-precision 3D laser cutting;
- tube forming and reduction;
- technical welding and structural assemblies.
This integration makes it possible to reduce processing times, minimize material waste, decrease the number of required prototypes and improve the quality of the final component.
For companies working with metals and tubular components, DFM is essential to optimize processes such as CNC bending, laser cutting and precision welding.
Material selection in mechanical design
Another fundamental aspect of industrial design is the selection of materials.
Depending on the characteristics of the component and its operating conditions, different metals may be used, including:
- carbon steel;
- stainless steel;
- aluminum;
- titanium;
- copper.
Each material has specific properties in terms of mechanical strength, formability, weight and behavior during manufacturing processes.
For this reason, mechanical design must always be adapted to the characteristics of the selected material, ensuring precision, durability and long-term stability.
Why integration reduces time and costs
When industrial design and manufacturing work together continuously, the result is a more efficient and predictable process.
For clients, this translates into clear advantages:
- reduced industrial costs, thanks to the elimination of unnecessary processing steps already during the design phase;
- fewer prototypes required, because components are designed considering the real limitations of machine tools;
- a shorter supply chain and direct control, with a single partner managing the entire process.
This approach turns mechanical design into a strategic tool for improving production efficiency.
The technical method: from analysis to design solution
The industrial design process at Ricos follows a structured method that allows even complex applications to be managed effectively.
The process generally develops in three main stages.
1- Technical component analysis
All relevant information about the application context is collected, including mechanical loads, dimensional constraints, materials and operating conditions.
2- Development of the design solution
Mechanical design defines the component geometry and optimizes its structure, improving strength while simplifying manufacturing processes.
3- Project industrialization
The component is adapted for serial production by defining tooling, processing parameters and production sequences to ensure repeatability and consistent quality.
Our technical department with over thirty years of experience
Industrial design at Ricos is supported by a technical department with more than thirty years of experience in metal processing.
Over the years, hundreds of projects have been developed requiring specific expertise in the processing of:
- steel;
- stainless steel;
- aluminum;
- titanium;
- copper.
This experience makes it possible to handle even complex components, transforming technical challenges into concrete, efficient solutions ready for industrial production.
Turning a technical problem into a production solution
In the manufacturing sector, industrial design often represents the turning point between an idea that is difficult to produce and a component that can actually be manufactured.
When mechanical design, material expertise and production capabilities work together, it becomes possible to develop more reliable solutions, reduce industrialization times and improve the quality of the final product.
Do you have a component that is difficult to manufacture or want to optimize your production costs? Talk to our technicians for a consultation on your project!
