When a mid-sized plastic mold manufacturer in Germany faced recurring delays and quality inconsistencies in producing large automotive interior components, they turned to the DC1317 CNC Milling Machine—and saw immediate improvements. This isn't just another case study—it’s a documented success story backed by real-world data.
The client was struggling with two major issues:
They needed a solution that could handle heavy-duty cutting without compromising accuracy—a true "heavy-duty precision" machine.
After installation, here’s what changed:
| Metric | Before DC1317 | After DC1317 |
|---|---|---|
| Surface Accuracy (Ra) | 3.2 µm | 1.5 µm |
| Cycle Time per Mold | 8.5 hours | 6.2 hours |
| Tool Wear Rate | High (every 2–3 molds) | Low (every 8–10 molds) |
These results weren’t accidental—they were engineered into the DC1317 from day one. Its dual-column structure provides exceptional rigidity, while the heavy-duty cast iron base minimizes resonance even under prolonged high-load operations. The machine’s 1,500 mm X-axis travel ensures it can process molds up to 1.2 meters wide without repositioning—a critical advantage for production efficiency.
“Is this machine suitable for my specific mold size?”
“How does it perform with non-ferrous metals like aluminum or titanium?”
“Can I integrate it into an existing automation system?”
We’ve heard these questions—and more—from buyers across Europe, North America, and Southeast Asia. The answer? Yes, yes, and absolutely. The DC1317 is designed for flexibility, not just power. With optional robotic loading and compatibility with standard CNC control systems (FANUC, Siemens, Heidenhain), it fits seamlessly into modern smart factories.
If you're evaluating equipment for large-scale plastic mold manufacturing, don’t rely on specs alone—see how it performs under real conditions. That’s exactly why we’re sharing this case: to help you make a confident decision based on actual outcomes—not promises.
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