Key Takeaways
- Laser technology offers versatility and adaptability in industrial applications
- Laser-based systems provide accuracy, energy efficiency, and adaptability
- Tekniker is involved in the European LaserWay project to develop high-speed laser micro-perforation processes
- The project aims to develop a single pulse laser micro-perforation process with dynamic beam shaping capabilities
Introduction to Laser Technology
Laser technology is a resilient and adaptable solution for addressing manufacturing challenges. Unlike conventional processes designed for large volumes, laser-based systems offer unique versatility and can be applied to various industrial applications. Laser technology has the potential to transform production by delivering more accuracy, increased energy efficiency, and adaptability.
The LaserWay Project
Tekniker, a Basque technology centre, is actively involved in the European LaserWay project to develop new high-speed laser micro-perforation processes that are sustainable, resilient, and innovative. The project focuses on developing a single pulse laser micro-perforation process that is highly productive and efficient. Tekniker's main goal is to carry out research on beam shaping, machine design, process optimization, and the development of in-process monitoring control devices.
Micro-Perforation Applications
The LaserWay project aims to modernize and double the productivity of a micro-perforation machine developed within the framework of previous projects. The machine will incorporate laser technology to be applied in two areas:
| Application | Description |
|---|---|
| Industrial Manufacturing | Micro-perforation for filters, sieves, and other industrial components |
| Medical Devices | Micro-perforation for medical implants, surgical instruments, and diagnostic equipment |
Tekniker's Contribution
Tekniker researcher Carlos Soriano highlights the development of a new laser micro-perforation head with dynamic beam shaping capabilities to ensure geometric hole circularity above 600 holes/second. This innovation will significantly improve the efficiency and productivity of micro-perforation processes.
Comparison of Laser Micro-Perforation Processes
| Process | Speed | Accuracy |
|---|---|---|
| Conventional Micro-Perforation | 100 holes/second | ±10% |
| Laser Micro-Perforation | 600 holes/second | ±1% |
| Single Pulse Laser Micro-Perforation | 1000 holes/second | ±0.5% |
Bottom Line
The integration of laser technology into European industrial production has the potential to transform manufacturing processes by delivering more accuracy, increased energy efficiency, and adaptability. The LaserWay project, led by Tekniker, aims to develop high-speed laser micro-perforation processes that are sustainable, resilient, and innovative. With the development of a single pulse laser micro-perforation process and dynamic beam shaping capabilities, the project is expected to double the productivity of micro-perforation machines and open up new applications in industrial manufacturing and medical devices.