Are You Still Limiting Factory Productivity on Thicker Copper with a Hybrid System?

Combining a RedStone™ UV laser drill with a Geode™ CO2 laser drill allows you to process a broader range of base materials with better process quality and smaller via capabilities; all at a lower cost of ownership compared to a Hybrid UV and CO2 system.

Traditional hybrid laser drilling methods may encounter limitations in terms of speed, precision, and thermal management.

Dual UV and CO2 Laser Drill Process Steps

Step 1:

RedStone™ UV laser drill ablates copper 50um or greater

Step 2:

Geode™ G2 CO2 laser drill removes dielectric with laser drilled via formation from 25um to greater than 200um

Expand your processing capabilities
with a Dual System approach
Comparison Range of Applications

ESI dual system processing solution provides significant processing quality and accuracy and greater factory productivity benefits:

Broader range of base materials due to specialized systems
Better processing quality and accuracy due to optimized systems
Broader application capability including smaller via capability
Extended production roadmap capability
Lower cost of ownership through greater throughput

Download our latest Dual ESI System vs Hybrid Case Study to see FR4 material processing results on a customer tool path.

Want to learn the advantages of dual system for your application?

To understand how this technology can revolutionize your production process, download our white paper for an in-depth analysis of the Dual UV and CO2 laser system approach.

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