WHY ADDITIVE MANUFACTURING

Discover one of the largest 3D printer available in the market

Extruding more material has many advantages:

less time to print the part and consequently less incidence on the operator and machine cost and on the electricity consumption.

higher printing quality: having a large extrusion bead increases both the mechanical quality of the part (greater layer compactness) and the aesthetic quality once milled.

Breton’s goal is to help innovative companies transform their business model by introducing 3D printing into their manufacturing and prototyping process.

Breton makes its machines and expertise available to companies who want to join this world, so they can test new ideas without the commitment of purchasing a 3D printer. You just need to bring a project or an idea and the Breton team will follow the development and production of the first pieces, making available its network of partner companies if necessary.

Build your project

The Breton predictive process

THE BRETON PREDICTIVE PROCESS

1. MACHINE LEARNING

Since printing is a thermoplastic process, it is essential to have well-defined and constant parameters throughout the cycle, otherwise there is no certainty of the result. The parameters are defined according to the material used. Breton already provides printing parameters for a series of materials; nevertheless, when the customer uses new materials, the machine learning allows Breton Genesi, the first 3D printer for the large scale production, to study their features during printing and thus determine the optimal parameters.

In addition, by changing a variable, the machine will automatically adapt the other variables such as geometry, extrusion parameters, speed, behavior on the corners and adhesion temperature of the layers in order to obtain a perfect print.

2. REINFORCED LEARNING

While printing, the machine constantly monitors the entire process. In particular, this function controls the parameters of the printed layer, analyzes all the variables and applies to the next layer the necessary variations in order to keep the entire fusion process constant. In this way, no variations are made on the layer being printed, but the process parameters are optimized as the process continues with the next layer.

3. ARTIFICIAL INTELLIGENCE

From the various experiences that are made with a particular material, the machine acquires data that are then processed by artificial intelligence and presented again when machining new materials or new forms.

BUILD YOUR PROJECT

1 Contact our Additive Manufacturing department

2 Tell or send us your project

3 Together we find the right strategy

4 We send you a detailed report of production costs

5 We make a prototype or small batches