SmartFluidPower

Smart Simulation for the Fluid Power industry. Optimize the design of fluid power systems and components.

We provide you with the software tools to optimize the design of fluid power components and systems. We apply cutting-edge technology to find solutions for your and innovations challenges in the field of hydraulics. We help you improve your processes and avoid wasting resources in the cycle of trial and error.

Our Proposal

Reduce physical prototypes, speed up design, and improve performance. With SmartFluidPower, dynamic simulation on an open-source platform makes every stage of development in the fluid power sector more efficient—thanks to dedicated tools, specialized technical support, and affordable costs.

Products

The intuitive and scalable simulation software to create hydraulic components and systems.

Services

We guide you in improving your production process with our training, support, and customized tools.

About us

SmartFluidPower is an innovative SME born as spin-off of the University of Modena and Reggio Emilia.

We are a team of engineers and expert researchers, with years of experience, and a passion for fluid power application.

News

VIS Hydraulics & SmartFluidPower: joined forces for the engineering of tomorrow

A major milestone in our growth journey: VIS Hydraulics – B Corp Certified officially joins SmartFluidPower as a strategic partner, combining strengths to revolutionize advanced design in the fluid power sector. This strategic alliance is born from a shared vision: the integration of dynamic simulation and cutting-edge experimentation is the key to tackling the industry’s […]

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Model of vane pumps developed in OpenModelica

In this paper, a 0D fluid dynamic model of a vane pump used to refill tanks with fuel is presented. The model is entirely developed in OpenModelica environment, where SmartFluidPower have created specific libraries of elements suitable for the physical modelling of fluid power components and systems. Among the different approaches, the zero-dimension (0D) fluid-dynamic […]

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