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Core Advantages of the DC1317 Large Dual-Column CNC Milling Center and Its Impact on Mold Machining Precision
2025-10-11
KAIBO CNC
Product description
The DC1317 large dual-column CNC milling center is specifically engineered for heavy-duty plastic mold manufacturing. With features such as smooth transmission, high rigidity, a robust frame, and extended travel, it significantly enhances both machining accuracy and productivity. This article explores common challenges in large mold production, details how the DC1317 addresses these issues through advanced design, and presents real-world data and customer testimonials that demonstrate measurable improvements in quality and efficiency—making it an ideal solution for precision mold makers seeking reliable performance and long-term value.
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Why the DC1317 Dual-Column CNC Milling Center Is Transforming Large Mold Manufacturing

For mold makers working with large-scale plastic components—think automotive interiors, industrial housings, or medical device casings—the challenge isn’t just about cutting metal. It’s about maintaining micron-level precision over extended machining cycles, minimizing vibration-induced errors, and ensuring consistent surface finishes across complex geometries.

Enter the DC1317 Dual-Column CNC Milling Center, engineered specifically for heavy-duty mold production. Unlike standard benchtop machines, this system delivers not only raw power but intelligent design that directly addresses real-world pain points in mold manufacturing.

How Design Meets Performance

The DC1317’s dual-column structure provides exceptional rigidity—up to 30% more than single-column alternatives—reducing deflection during deep cuts. This means tighter tolerances: ±0.01 mm on average, compared to ±0.03 mm on conventional models. In a test conducted by a Tier-1 automotive mold supplier in Germany, parts produced using the DC1317 showed a 22% reduction in post-machining rework time.

Feature Impact on Mold Production
Heavy Cast Iron Frame (≈3.5 tons) Minimizes resonance, improves surface finish consistency
Ball Screw Drives with Preload Compensation Ensures smooth motion even at high feed rates (up to 30 m/min)
Extended Travel (X: 1700mm / Y: 800mm / Z: 600mm) Eliminates need for multiple setups—ideal for full mold cavity machining

“We used to lose 5–7% of our mold batches due to dimensional drift,” says Lena Müller, Lead Engineer at KTM Mold Solutions GmbH. “After installing the DC1317, we achieved zero rejects in six consecutive runs.”

This level of reliability is critical when producing molds for injection molding processes where every micrometer matters. The machine’s ability to maintain accuracy under continuous load—thanks to its optimized thermal management system—makes it ideal for both prototyping and high-volume production environments.

Real Results from Real Clients

“The DC1317 didn’t just improve our output—it changed how we think about quality control. Now we can confidently quote tighter tolerances to clients who demand precision.”

That kind of shift in mindset often leads to stronger client relationships and repeat orders. One U.S.-based mold shop reported a 35% increase in customer retention after adopting the DC1317, citing improved turnaround times and fewer quality disputes.

Ready to elevate your mold-making capabilities?

Explore how the DC1317 can solve your most pressing challenges—without compromising on speed or accuracy.

Get Your Free Technical Consultation
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