The DC1317 large double-column CNC milling machine is a cutting - edge piece of equipment specifically designed for large and heavy - duty plastic mold production. Its technical features play a crucial role in enhancing processing accuracy and efficiency.
In terms of transmission stability, the DC1317 adopts a high - precision ball screw drive system. This system ensures a smooth and accurate movement of the spindle, with a positioning accuracy of up to ±0.005mm and a repeat positioning accuracy of ±0.003mm. Such high - precision transmission can effectively reduce errors during the machining process, ensuring the dimensional accuracy of the mold.
The high - rigidity structure is another highlight. The machine body is made of high - strength cast iron, with a weight of up to 15 tons. This heavy - duty design provides excellent stability during high - speed machining. The high - rigidity structure can resist deformation caused by cutting forces, ensuring the long - term accuracy of the machine. Moreover, the wide - span double - column design enhances the overall rigidity of the machine, allowing it to handle large - scale mold processing tasks with ease.
Regarding the travel range, the X - axis travel of the DC1317 can reach 1700mm, the Y - axis travel is 1300mm, and the Z - axis travel is 800mm. This wide travel range enables the machine to process large - sized molds, meeting the diverse needs of the market.
Let's take a look at some real - world customer cases to understand how the DC1317 performs in different mold - processing scenarios.
A well - known mold manufacturing company in Germany was facing challenges in processing large automotive plastic molds. The complex shapes and high - precision requirements of these molds made traditional milling machines unable to meet their needs. After purchasing the DC1317, they were able to complete the processing of these large molds in a shorter time. The high - precision transmission and wide travel range of the DC1317 allowed them to machine the entire mold in one setup, reducing the number of clamping times and improving the overall processing efficiency by 30%.
In another case, a Japanese mold factory needed to process special - shaped plastic molds with thin - wall structures. The high - rigidity structure of the DC1317 effectively resisted the cutting forces during high - speed machining, preventing deformation of the thin - wall parts. As a result, they achieved a high - quality surface finish on these special - shaped molds, which was highly praised by their customers.
When compared with similar products in the market, the DC1317 shows significant advantages in terms of processing accuracy, efficiency, and applicability.
| Product | Positioning Accuracy | Processing Efficiency | Applicability |
|---|---|---|---|
| DC1317 | ±0.005mm | High, can improve overall efficiency by 30% in some cases | Suitable for large and complex molds, including special - shaped and thin - wall molds |
| Competitor A | ±0.01mm | Average | Limited to medium - sized and simple - shaped molds |
As shown in the table, the DC1317 outperforms its competitors in multiple aspects, making it a more reliable choice for mold manufacturers.
Are you facing challenges in mold processing? Do you have specific requirements for your mold production? We encourage you to leave a message below and share your thoughts. Our team of experts will provide you with customized solutions to help you enhance your mold - processing competitiveness. Click here to learn more about how the DC1317 can transform your mold - making business!
