We take the innovation challenge as a learning process. Learning by doing and Learning from each other. Based on well-trained and committed people. Therefore key success factors are HUMAN VALUES and KNOWLEDGE MANAGEMENT
It’s all about developing innovative solutions that anticipate future market trends.
We face the 2030 automotive main trends from our open innovation model
Introduction of new lightweight materials & technologies to achieve a mass reduction with the final aim of reducing energy consumption and CO2.
Innovative aerodynamic solutions for minimizing energy consumption by optimizing the management of air flows.
EXCELLENCE IN PROJECT MANAGEMENT
Deadline assurance by improving all the steps in the value chain of the project.
Talented workforce skilled for the Tooling and Automotive Systems of the future through the collaboration with universities an R&D centers.
Implementation of smart factory concepts along the complete manufacturing process, increasing product and service quality.
The stable relatioships with technology centres, universities and other external collaborators complement our internal capacities and allow us to face projects with a marked technological character.
Main technological lines
Sheet Metal Forming
Advanced Lightweight Technologies
Other manufacturing Technologies
Automotive new challenges
Testing and validation extended capabilities
BATZ is active in European, national and regional projects.
Innovative Stamping Die for Aluminium Ribs Hot Stamping
Large scale demonstration of new circular economy value-chains based on the reuse of end-of-life fiber reinforced composites.
Affordable weight reduction of high-volume vehicles and components taking into account the entire life-cycle.
Lightweight Recyclable Automotive thermoplastic Composite structural parts for large series production
Upscaling of one step process for automotive continuous fiber Polyamide 6 composite parts based on the in situ polymerization of ε-caprolactam go to market.
Hybrid technology of eco-efficient manufacture of high value added parts.
Advanced multi-material components for structural, semi-structural and aesthetic applications in automotive vehicles and railway.
Active aerodynamic system through coordinated devices
Development of a new concept of light front end carrier from advanced composites.
Propiedades en uso de los aceros avanzados de alta Resistencia de tercera generación: hacia la industrialización del concepto de diseño de la microestructura baitínica libre de carburo.