How Mitsubishi CNC Enhances Graphite Machining with Multi-Axis Switching Technology

15 01,2026
KAIBO CNC
Technical knowledge
The FH1890L vertical machining center, powered by Mitsubishi CNC, addresses critical challenges in graphite material processing through advanced multi-axis switching technology. This article explores how precise control, rapid response, and flexible tool head configurations—such as right-angle and universal heads—enable seamless roughing and finishing operations. With high-travel design and optimized cutting parameters, the system delivers both heavy-duty milling and precision finishing. Practical insights for operators, engineers, and decision-makers are provided to maximize efficiency and accuracy in graphite machining applications.

How Mitsubishi CNC Systems Solve Graphite Machining Challenges

Graphite machining demands precision, consistency, and tool stability—especially when producing components for EV batteries, aerospace, or medical devices. Traditional setups often struggle with dust accumulation, vibration sensitivity, and inconsistent surface finishes. That’s where the FH1890L vertical machining center, powered by Mitsubishi CNC technology, delivers measurable improvements in both efficiency and accuracy.

Precision Through Advanced Control: The Mitsubishi Advantage

With a positioning accuracy of ±0.005 mm and rapid response times under 5 ms, Mitsubishi’s CNC system ensures minimal deviation during high-speed cutting—a critical factor for graphite’s brittle nature. In real-world tests at a leading battery manufacturer in Germany, this setup reduced part rejection rates from 7% to less than 1% over six months. For operators and engineers evaluating new equipment, that’s not just data—it’s confidence.

“We saw a 40% increase in throughput after switching to the FH1890L with multi-axis head options. It’s no longer about managing downtime—it’s about maximizing output.”
—— Stefan Weber, Production Manager, E-Motive GmbH

Flexible Head Configurations: From Roughing to Finishing in One Setup

The true power of the FH1890L lies in its ability to switch between straight heads, right-angle heads, and universal heads without re-fixturing. This flexibility supports complex geometries common in graphite electrodes used in EDM processes. A case study from a Japanese mold maker showed that using interchangeable heads cut setup time by 60%, while improving surface finish from Ra 3.2 μm to Ra 1.6 μm.

For shop floor teams, this means fewer manual adjustments, lower risk of misalignment, and consistent quality across batches—even for irregular shapes like tapered cores or deep cavities.

Heavy Cutting Meets High Accuracy: Dual Capability Design

Equipped with a travel range of 1200 x 800 x 800 mm and optimized feed rates up to 30 m/min, the FH1890L handles heavy roughing operations efficiently while maintaining precision in finishing passes. Its spindle torque (up to 120 N·m) and thermal compensation algorithms prevent chatter and ensure dimensional stability even in long runs.

This dual capability makes it ideal for shops handling mixed-volume orders—from prototype runs to production-scale jobs—all on the same machine.

Need help choosing the right configuration for your graphite machining needs?

Explore FH1890L Configurations Now

Whether you're an operator seeking smoother workflows or a procurement specialist looking for reliable ROI, the FH1890L with Mitsubishi CNC offers more than just performance—it offers peace of mind. Learn how Kaibao CNC’s advanced vertical machining center can transform your graphite processing strategy today.

Name *
Email *
Message*

Recommended Products

Popular articles
Recommended Reading

Related Reading

Contact us
Contact us
https://shmuker.oss-cn-hangzhou.aliyuncs.com/tmp/temporary/60ec5bd7f8d5a86c84ef79f2/60ec5bdcf8d5a86c84ef7a9a/thumb-prev.png