For each project there is a perfect solution, and our Technology Team will find it.
3D rendering and animations
We can help you with:
We always start from the client’s needs and inputs, trying to understand the aim of the object that we are going to design, which issues are to be solved and what the priorities are.
After that, the project is developed, thanks to the designer’s creativity: market analysis, stylistic research and production critical study.
In this phase, we carry out feasibility studies for machines, sub-groups and components based on specific requests from the client, stylistic analyses to define the best design, as well as analyses connected with production costs and preliminary layouts.
Good design uses the support of the most advanced technologies to obtain high quality standards, without forgetting the functionality and simplicity of use of the finished object.
In this phase the project takes shape: we design machines, sub-groups and components by means of analyses and check structural calculations.
Through 3D modelling we define molten, forged, printed, rotary-moulded and thermoformed parts with drafts and machining allowances, ready for the tool maker.
For the metal structural work we make forming tables, laser cutting geometries and laying out.
With reverse engineering processes, we can start from an existing product to aesthetically or functionally re-design it.
Through rendering and 3D virtual prototype films for study and setting up, time and cost optimization is possible before the object’s industrialization.
We can produce 2D construction drawing tables, shot-peened assemblies and bills of materials by using the client’s configuration and regulations, as well as exploded tables for manuals, and modelling of parts and 2D storage assemblies.
For the technical and commercial presentation of new products or the creation of interactive manuals we can produce professional 3D rendering and animations.
The CFD (Computational Fluid Dynamics) analysis is an advanced tool enabling the analysis of fluids’ behaviours in a system. Through numerical simulations it is possible to predict and optimize situations and behaviours otherwise difficult to forecast. It is crucial in engineering any products involving fluid, gas and fume motions, making it possible to improve their performances.
Thanks to the cooperation with Mr. Gabriele Copelli, engineer, we can produce fluid dynamic analyses and simulations for any product types (such as: cooling and ventilation systems, nozzles, pumps, cocks, valves, etc.), fluid and solid heat flow analyses, analyses of objects in motion and fluid-induced motion, aerodynamic analyses, and the analysis of simulations used to determine the performance curve before prototyping.