Why the Wet-Flush Graphite Machining Center DC6060G Is Dominating the European and North American Markets

In 2024 alone, over 7,200 units of the DC6060G were sold in Europe and North America—making it one of the fastest-growing graphite machining solutions in the region. What makes this machine stand out from traditional dry-process models? The answer lies not just in its design, but in how it solves real-world pain points for manufacturers.

“We used to lose 15% of our tool life due to dust accumulation. Since switching to the DC6060G, we’ve cut maintenance downtime by 40% and increased productivity by 22%.” — Mark Johnson, Production Manager at a German battery component manufacturer.

Built on Proven CNC Excellence: From DC6060A to DC6060G

The DC6060G isn’t a new concept—it’s an evolution. Based on the highly reliable DC6060A platform (which has shipped over 25,000 units globally), engineers focused on one core challenge: managing fine graphite dust that damages both tools and internal components.

Full Sealed Enclosure: A Game-Changer for Dust Control

Unlike open-frame dry machines that allow airborne particles to settle inside motors and guides, the DC6060G features a fully sealed enclosure with IP65-rated protection. This means:

• 98% reduction in dust ingress compared to standard dry systems
• Extended lifespan of ball screws and linear rails
• Improved operator safety—no need for PPE during routine operations

Wet Flush System: Cleanliness Without Compromise

The patented wet flush system uses low-pressure water jets directed at critical zones—spindle housing, chip tray, and tool changer—while maintaining precision. It removes 95% of graphite residue after each cycle, reducing manual cleaning time by up to 60%. This is especially valuable in industries like lithium-ion battery manufacturing where contamination can cause product defects.

These improvements aren’t theoretical—they’re backed by field data from over 300 customers across Germany, the U.S., and Canada who have adopted the DC6060G since early 2023.