SMARTPM collaborates in the search for AI-based industrial solutions for the life cycle of machines and processes.
SMARTPM participates in the AIDIS project focused on developing AI-based solutions for the life cycle of machines and processes.
Label: Advanced manufacturing
SMARTPM participates in the CONFLES project to incorporate new manufacturing and automation technologies in the production of aeronautical components.
The objective is to incorporate new manufacturing and automation technologies that allow for a more controlled, flexible, efficient and sustainable process.
Gain in autonomy and productivity thanks to Intelligent Automations
Traditional automation reduces excess product handling.
On the contrary, intelligent automation deepens the production process and opens up a new range of opportunities.
Celebrating OPEN HOUSE 2023 by bringing the smart factory to industry
We are grateful for the good reception of the first OPEN HOUSE held at SMARTPM with the participation of MAQcenter, Hexagon, ZOLLER, ABB and Hoffmann Group.
OPEN HOUSE SMARTPM 2023: Productivity and Profitability linked to the Factory of the Future
From SMARTPM we are pleased to invite everyone interested in the improvement of production processes and intelligent automation to attend the OPEN HOUSE 2023 that we will hold in our FACTORY Lab on March 30.
SMARTPM participates in the ADIMERTZ project to integrate Edge Computing in its MIC platform.
SMARTPM integrates high-performance MIC Edge Computing, developed within the framework of the ADIMERTZ project, into the architecture of its platform to strengthen data management and decision-making capabilities.
Round table: "The future of manufacturing".
Borja Rodrigo's "La nueva revolución industrial" (The new industrial revolution) brings together 5 guests to talk about new developments in manufacturing, future trends and robotics.
Broadcast live from the IBARMIA booth at BIEMH 2022.
R2M is born, an advanced manufacturing project led by SMARTPM
The R2M project is committed to research on manufacturing systems based on robot-machine collaboration.
