Unique Laser solutions for Electronic Components

Laser technology is used not only as a replacement or in combination with traditional machining technologies, such as for the manufacture of microcavities used for the production of connectors, but increasingly to improve processes and to provide new functionalities, such as for the manufacture of pin cores for optical lenses for cameras.

White paper: Laser ablation meets Electronic devices manufacturing

Today, lasers can be combined with or replace traditional subtractive processes in Electronic Components factories. The combination of technologies can improve the results for OEMs' internal mold making or micromachining operations. With greater productivity and profitability than with the traditional methods, lasers can contribute to a dramatically faster workflow. In this white paper, you will learn more about:

The current challenges in electronic components micromachining
How Laser ablation technology tackles these challenges
Case studies about applications such as microcavities for connectors or pin cores for optical lenses

Download our white paper

Expert's talk

In this video, you will discover in detail how Laser solutions work and tackle the new challenges related to the manufacturing processes of Electronic Components like connectors.

What are the limits of the conventional technologies?
What can you achieve with the laser technology?
Case studies

Download our video

Please accept all cookies to view the external content.

Customer testimonial

Microrelleus (Spain) provides industrial engraving, laser texturing, and laser micromilling. The company offers femtosecond laser services since 2016 and nanosecond laser services since 2013. In this video, Raúl García, CEO, is presenting how Laser has influenced its business and how it supports conventional technologies.

Please accept all cookies to view the youtube video content.

Short product introduction

In this video, Jean-Paul Nicolet, Head of Laser TSE Business Support, is presenting some key components of the LASER P 400 U, our Laser-based solution dedicated to micromachining operations.

Please accept all cookies to view the youtube video content.

Pin cores for optical lenses

Pin cores are components, which are required in the production of lenses for optical lens. For this application, the laser technology is used to substitute a sandblasting process.

Discover more

Laser micromachining capabilities demonstrator

This demo part is showing the amazing capabilities in terms of freedom of design, quality and machining time of femtosecond laser, with a focus on application in semiconductors.

Discover more

Microcavities for hard disk related components

This mold insert includes multiple microcavities that are required for the production of micro components used in hard disks.

Discover more

Get our content for free!

Please accept all cookies to view the external content.