Bottlenecks and Involutions of Precision Manufacturing: How to Improve the Precision and Quality of Lens and Chip Manufacturing?

Source: OFweek Electronic Engineering Network

Higher precision, better quality, larger output and lower cost are the constant pursuit of the manufacturing industry, but in the face of an increasingly open market and increasingly fierce competition, how can we always maintain our core competitiveness? The key is still It's about technological innovation!

GF Machining Solutions is a leading global provider of machine tools, automation solutions and services for the tooling industry and precision component manufacturers. Products range from EDM machines, high-speed and high-performance milling machines to laser surface texturing equipment, laser micromachining equipment to metal 3D printers, and related fixtures, consumables, services and automation solutions. GF Processing Solutions will discuss with you how the manufacturing industry can use innovative technology to break the current involution situation through the typical high-end application of femtosecond laser in the communication electronics industry.

On September 23, 2021, GF Machining Solutions will take the representative of smart electronic products-smartphone as an example, to bring you femtosecond laser solutions in the communication electronics industry, including:

*Optical lens laser sandblasting

*Chip and wafer chuck

*Chip and wire bonding

*Chip and probe card

*Application of metallic dazzling pattern in communication electronic products

Live information

Live theme: Explore the high-end application of femtosecond laser in the communication electronics industry

Live broadcast time: September 23, 2021 14:00-15:00

Organizer: GF Processing Solutions

Speaker introduction

Zhong Vliang holds a master's degree from the University of Leuven in Belgium and Delft University of Technology in the Netherlands. Currently, he is the advanced manufacturing product manager of GF Machining Solutions. His academic research in the field of nanomaterials and microstructures, and a number of femtosecond laser application projects led by him have accumulated rich professional knowledge and practical experience for him, and successfully assisted customers in medical, chemical, semiconductor and other fields to carry out new Technology introduction and implementation.

How does femtosecond laser improve the manufacturing accuracy and quality of the communication electronics industry? It will be announced on September 23, so stay tuned!