Product design and development

PRODUCT DEVELOPMENT

DESIGN

There is always room for improvement when it comes to industrial products, where designs can be enhanced steadily and new technologies pop up rapidly.

We have always viewed problems from a different angle, coming up with new solutions and identifying the market’s needs in advance. Keeping up with the latest tech trends, we get inspiration and combine it with our experience to constantly innovate and expand the market we are working with, using lean production methods to track our improvements.

PROGETTAZIONE E SVILUPPO DI PRODOTTO
PROGETTAZIONE E SVILUPPO DI PRODOTTO

REVERSE ENGINEERING

The reverse engineering process, which uses 3D scanning technologies, grants us the ability to deduce how a physical product was made, to then digitally transfer its shape and rebuild it thanks to 3D mechanical drawing software.

Throughout the whole styling/engineering phase, our deep knowledge on mold production, class-A surfaces and advanced software systems provides high added value to every step of the development and production process.

3D ADVANCED MODELING

3D modeling programs are used to work on scans, which at first look like a set of points in a three-dimensional simulated space. A 3D designer can take that collection of points to manipulate and define edges, polygons and surfaces.

This process is done hand in hand with the customer, to make sure there is no misunderstanding about the project’s requirements, and is essential to understand the feasibility of a project, and proposing modifications to upgrade design quality.

PROGETTAZIONE-E-SVILUPPO-DI-PRODOTTO-MODELLAZIONE-AVANZATA-3D
PROGETTAZIONE-E-SVILUPPO-DI-PRODOTTO-MODELLAZIONE-AVANZATA-3D

CAD+CAM

Computer-aided design (CAD) is the standard for designing anything, defining shapes, meshes etc…

CAM (computer-aided machining), comes right after the CAD part is done, and it focuses on turning toolpaths into a language milling and lathing machines can process.

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CAM programs can also carry out the following tasks:

  • Geometry analysis
  • Toolpath definition
  • Milling collision check
  • Residual allowance analysis: residual allowances are calculated by the program to allow for future modifications

We use cutting-edge software and hardware, making all processes far more efficient and time-saving. Both programs require a lot of skill and experience to master; our team has been working with them for a long time, learning how to solve the issues that come out during those stages.

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