We have succeeded in revolutionizing the tire industry
We specialize in applying robotics and machine vision to various areas of the tire production process, particularly in final inspection, ensuring 100% quality of our clients’ production.
The Latest Technology for the Tire Industry
MACHINE VISION >>
3D Vision | 2D Vision | Thermal Vision | Hyperspectral Vision
ROBOTICS >>
ARTIFICIAL INTELLIGENCE >>
BIG DATA >>
DIGITAL TWIN >>
Your Success Is Our Inspiration
WE HELP ENSURE THE QUALITY OF YOUR TIRES
by automating and controlling your manufacturing processes
Welcome to Industry 4.0
We conduct a study to apply robotics, machine vision, and artificial intelligence to your production and logistics processes
OPTIMIZATION
Our solutions not only optimize resources and processes but also provide much higher quality standards.
SPECIALIZATION
Our company is comprised of a large group of professionals who will offer you the best solution for your project.
PRODUCTIVITY
By applying our solutions, our clients have guaranteed product quality and increased process productivity.
EXPERIENCE
With over 20 years of experience, we provide standardized solutions for your sector.
Our History
Always seeking innovative solutions for a better future
Algunos de nuestros clientes
En todo lo que hacemos nos centramos en nuestros clientes, su éxito es nuestro éxito
Our Blog
Latest news and all the updates in the sector
VRAIA CORP Drives Innovation in Tire Inspection
Between 2023 and 2024, we developed an innovative technological solution that enables the automatic inspection of texts and symbols on tires of any size and
Innovative Pallet Inspection System with Vision and Artificial Intelligence Technology
VRAIA CORP, SL, committed to innovation in industrial sectors, has carried out the project “Development of an innovative system for the automatic and robotic inspection
Quality Control of Canned Goods Using Machine Vision
2 Quality Control of Canned Goods Using Machine Vision There are various methods for storing food and keeping it in suitable conditions for consumption without
