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How to Solve the Difficulties in Plastic Mold Processing? Analysis of the Four Technical Advantages of the DC1317 CNC Milling Machine
2025-09-20
KAIBO CNC
Solution
Are you troubled by low efficiency and poor precision in plastic mold processing? The DC1317 CNC milling machine features four technical advantages: smooth transmission, high rigidity, heavy - duty body, and extra - large stroke, precisely solving the complex mold processing problems. This article details how it enhances processing stability and production efficiency in real - world scenarios, meets diverse mold requirements, and helps enterprises reduce costs and increase efficiency.
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In the realm of plastic mold manufacturing, precision and efficiency are the linchpins of success. However, many enterprises often grapple with a series of formidable challenges that impede their progress. Let's delve into these core pain points before exploring how the DC1317 CNC milling machine emerges as a game - changer.

Core Pain Points in Plastic Mold Processing

One of the most prominent issues is mold deformation. During the processing, due to uneven stress distribution, the mold may deform, with a deformation rate of up to 5% in some cases. This directly affects the quality of the final product, leading to a high rejection rate, which can reach 10% - 15% in some enterprises. Moreover, precision deficiency is another headache. The required precision for plastic molds is often within ±0.05mm, but many traditional processing methods can only achieve an accuracy of ±0.1mm - ±0.2mm. This lack of precision can cause compatibility problems with other components, increasing production costs and time.

Efficiency is also a major concern. Traditional processing methods are time - consuming, with the processing time for a single large - scale plastic mold taking up to 20 - 30 hours. This slow pace not only reduces the production capacity but also makes it difficult for enterprises to meet urgent orders, resulting in potential loss of business opportunities.

DC1317 CNC milling machine in operation

Four Core Technical Advantages of DC1317

1. Smooth Transmission

The DC1317 is equipped with a state - of - the - art transmission system that ensures smooth and stable operation. This smooth transmission can reduce vibration during processing, improving the surface finish of the mold. Tests show that it can reduce surface roughness by 30% - 40%, achieving a surface finish of Ra 0.8 - Ra 1.6μm. This directly enhances the overall quality of the mold.

2. High Rigidity

With its high - rigidity structure, the DC1317 can withstand greater cutting forces. This is crucial for processing hard - to - machine materials. It can maintain the stability of the processing process, reducing the probability of mold deformation. In practical applications, it can control the deformation rate within ±0.01mm, significantly improving the precision of the mold.

3. Heavy - Duty Body

The heavy - duty body of the DC1317 provides a solid foundation for the machine. It can effectively absorb the impact and vibration generated during processing, ensuring the long - term stability of the equipment. This stability is essential for continuous and high - precision processing, which can increase the service life of the machine by 20% - 30%.

4. Extra - Large Stroke

The extra - large stroke of the DC1317 allows it to handle larger - sized molds. It can process molds with a maximum size of 1300mm×1700mm, which is much larger than many similar models in the market. This greatly expands the application range of the machine, meeting the diverse needs of different customers.

DC1317 CNC milling machine processing a large plastic mold

Real - World Customer Cases

Let's take a look at some real - world customer cases. A mold manufacturing company in Germany was struggling with low - efficiency and low - precision processing of complex plastic molds. After adopting the DC1317, they witnessed a significant improvement. The processing time for a single mold was reduced from 25 hours to 15 hours, a 40% reduction. The precision of the mold was improved to ±0.01mm, and the rejection rate dropped from 12% to 3%. The customer commented, "The DC1317 is not just a piece of equipment; it is our reliable partner in mold processing. It has helped us save a lot of time and cost, and improved our market competitiveness."

Comparison with Similar Models

When compared with similar models in the market, the DC1317 stands out in terms of applicability, stability, and cost - effectiveness. Many similar models have limited processing sizes and cannot meet the needs of large - scale molds. In terms of stability, the DC1317's high - rigidity structure and heavy - duty body ensure long - term stable operation, while some similar models may experience frequent breakdowns. In terms of cost - effectiveness, the DC1317 can achieve high - precision processing at a relatively low cost, providing more value for money.

Comparison of DC1317 with other CNC milling machines

Engage with Us

Now, we invite you to share your experiences. What kind of mold processing challenges do you encounter most frequently? Whether it's deformation, precision issues, or efficiency problems, we are here to help. The DC1317 is not just a piece of equipment; it is your partner in mold processing, making every process more stable, faster, and more accurate. If you want to learn more about how the DC1317 can solve your specific problems, click here to get in touch with our experts and get personalized solutions.

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