Design and Engineering

From component sizing to process definition, we transform technical requirements into solutions ready for development.

We shape innovation

We design tailor-made solutions to innovate industrial products, processes and systems, starting from the analysis of functional requirements and moving on to the definition of technologies, components and implementation methods, with or without the support of a simulation phase.

Thanks to a team with cross-disciplinary skills, we are able to tackle complex challenges with a multidisciplinary approach focused on efficiency, scalability and synergy between disciplines.

All the know-how developed for the design of any system or product, including intellectual property and patents, remains the full property of the customer, ensuring maximum value and full protection of their innovations.

Tutto il know-how sviluppato per la progettazione di qualsiasi sistema o prodotto, incluse la proprietà intellettuale e i brevetti, resta di piena titolarità del cliente, garantendo il massimo valore e la piena tutela delle sue innovazioni.

Why design:

Design is essential when you want to replace or introduce a technology without having the in-house expertise to do so.

It allows you to transform a need into a concrete solution, optimising existing technologies or defining new configurations that are ready to be applied in an efficient and sustainable manner.

When design:

When you don’t fully understand a technology or don’t know how to integrate it into an existing process, a design project helps bridge the gap.

It is also useful when you start with an idea but don’t know how to implement it, or when you want to replace traditional systems with more advanced solutions, such as electrifying a process.

Output provided:

At the end of the project, we provide a detailed report with objectives, engineering approach and results achieved.

The output may include numerical data, graphs, images, 3D drawings, thermal maps, thermal profiles, electromagnetic or fluid dynamic fields, time curves and visual materials useful for understanding the evolution of the designed system.

We transform an idea into a concrete, precise solution that is ready to evolve

Latest projects

Behind every project there is a challenge, an idea and a solution built together. Explore how we transform technology into value for our customers.

Case Studies

Electrothermal technologies for pharmaceutical granulation: new possibilities for machinery and processes

Microwave, radio frequency and induction are the electrothermal technologies that can offer new prospects for energy transfer and control in pharmaceutical granulation processes, particularly in those stages where heat input is integral to the process, such as drying, conditioning and melting. For companies that develop production lines and machinery, this opens up real opportunities to make the granulation process faster, more controllable and more efficient.

English: EMPowerMet: Europe’s Circular Titanium Future

EMPowerMet is a European project focused on developing a more circular, energy-efficient and resilient titanium value chain. By combining advanced recycling and manufacturing technologies, the project will transform titanium scrap and end-of-life components into new high-performance products. inovaLab will contribute by developing a localised induction heating system designed to reduce crack formation risks and minimise energy consumption.

Electrothermal technologies for curing composite materials

Composite curing processes are often limited by thermal inertia, temperature gradients and energy dispersion. Electrothermal technologies offer an alternative approach for achieving greater efficiency, thermal uniformity and process control.

Get the latest news

Subscribe to our newsletter and receive all the latest updates on innovations, stories and events.

Do you require any information?

We are at your disposal! Contact us and we will respond to your request as soon as possible.