Mechanical, electrical and mechatronic engineering.
Design of creative solutions for the automotive, electronics, manufacturing and medical industries.
Development of profitable projects with six sigma methodologies.
Design, manufacture, assembly, installation and commissioning of manufacturing piece of equipment.
Staff with more than 10 years of experience in equipment design and manufacturing solutions.
LabVIEW & SolidWorks Certifications.
Documentation based on ASME, ISO 13849-1:2006.
We develop from design, manufacturing assembly and commissioning
Industry 4.0 holds the promise of a new revolution that combines advanced production and operations techniques with smart technologies that will be integrated into organizations, people and assets.
This revolution is marked by the appearance of new technologies such as robotics, analytics, artificial intelligence, cognitive technologies, nanotechnology and the Internet of Things (IoT), among others. Organizations must identify the technologies that best meet their needs in order to invest in them.
Companies must understand the advantages of this revolution, since it has no limits, it covers sectors as diverse as aeronautics, logistics, food, medicine, etc.
In addition to the change in which companies operate and in the production of goods, Industry 4.0 affects all agents of the ecosystem (suppliers, customers, regulatory considerations, investors, third parties ...). These technologies allow interactions between each point of a network.
The ability to adjust and learn from data in real time can make organizations more responsive, proactive, and predictive. It also allows the organization to reduce its risks in terms of productivity.
Industry 4.0 can mean different things to everyone. For example, for employees it may mean a change in the work they are going to do, while for customers it would mean greater customization in products and services that better meet their needs.
· Jigs & Fixtures.
· Assemble systems.
· Inspection systems.
· Vision systems.
· Automatic systems.
· Additive manufacturing.
· Spare part.
· Simulation.
· Programming.
· Mechatronic design.
· Multipositions fixture.
· Rotative fixture.
For the execution of projects and their stages, we identify the main phases of a project: