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How to Achieve Precise Control of High Rigidity and Large-Stroke Machining with DC1317 CNC Milling Machine?
2025-10-17
KAIBO CNC
Solution
This article delves into the solutions for the DC1317 CNC milling machine for plastic molds to achieve precise control of high rigidity and large-stroke machining. It first outlines the common machining challenges in large mold production. Then, it elaborately analyzes how the four core advantages of the DC1317, a large double-column CNC milling center - smooth transmission, high rigidity, heavy body, and large stroke - work together to enhance machining efficiency and accuracy. Through comparative analysis, real - world cases, and customer feedback, it demonstrates the outstanding performance of this equipment in improving production efficiency, reducing scrap rates, and ensuring product quality, helping customers make scientific judgments and informed choices, and further understand the powerful capabilities and irreplaceable value of the DC1317.
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In the realm of large-scale plastic mold production, manufacturers often grapple with a series of formidable challenges. The quest for high precision and efficiency in machining large molds is fraught with difficulties, such as ensuring stable processing, achieving high rigidity, and accommodating large machining strokes. These challenges not only affect production efficiency but also have a direct impact on product quality and cost. However, the DC1317 CNC milling machine emerges as a game - changer, offering a comprehensive solution to these long - standing issues.

Understanding the Challenges in Large - Scale Mold Production

Large - scale mold production is a complex process that demands a high level of precision and stability. Traditional milling machines often struggle to meet the requirements of large - stroke machining. For instance, during the machining of large plastic molds, the lack of rigidity can lead to vibrations, which in turn cause inaccuracies in the final product. According to industry statistics, nearly 30% of defective products in large - scale mold production are due to machining instability and insufficient rigidity. Additionally, limited stroke length can result in multiple setups, increasing the processing time and the risk of alignment errors.

The Core Advantages of DC1317 CNC Milling Machine

Smooth Transmission

The DC1317 is equipped with a state - of - the - art transmission system that ensures smooth and uninterrupted machining. Similar to a continuous stream of water, the transmission system allows for a seamless process flow. This smooth operation reduces the likelihood of sudden stops or jerks, which can cause surface imperfections on the mold. In actual production, it has been observed that the smooth transmission of DC1317 can increase the processing speed by up to 20% compared to traditional milling machines.

DC1317 CNC Milling Machine's transmission system

High Rigidity and Heavy Body

The high rigidity and heavy body of the DC1317 are key factors contributing to its excellent machining stability and precision. With a heavy - duty cast iron frame, the machine can effectively absorb vibrations during the machining process. This stability is crucial for maintaining the accuracy of the mold. Tests have shown that the DC1317 can achieve a positioning accuracy of ±0.005mm, significantly reducing the scrap rate. A customer from a leading mold manufacturing company commented, "Since we started using the DC1317, our scrap rate has dropped from 10% to less than 3%, which has saved us a substantial amount of cost."

Large Stroke Length

One of the most significant advantages of the DC1317 is its large stroke length. This feature enables the machine to handle large - scale molds in a single setup, eliminating the need for multiple re - positioning. As a result, the overall processing time can be reduced by up to 30%. The large stroke also allows for more complex mold designs to be machined with ease, giving manufacturers greater flexibility in product development.

DC1317 CNC Milling Machine's large - stroke operation

Real - World Impact: Case Studies and Customer Feedback

Several case studies have demonstrated the outstanding performance of the DC1317 in real - world production environments. For example, a mold manufacturing company in Europe was facing challenges in producing large automotive plastic molds. After implementing the DC1317, they were able to increase their production efficiency by 40% and improve the quality of their products significantly. Another customer from Asia reported that the DC1317 helped them win a major contract by delivering high - quality molds within a tight deadline.

Customer feedback has also been overwhelmingly positive. Many customers have praised the machine's reliability, precision, and ease of use. One customer said, "The DC1317 has become the backbone of our production line. It has not only improved our productivity but also enhanced our reputation in the market."

DC1317 CNC Milling Machine in a production workshop

Conclusion and Call to Action

The DC1317 CNC milling machine is a revolutionary solution for large - scale plastic mold production. Its combination of smooth transmission, high rigidity, heavy body, and large stroke length makes it an ideal choice for manufacturers looking to improve efficiency, reduce costs, and enhance product quality. If you are a decision - maker in the mold manufacturing industry or a professional user seeking a reliable milling machine, don't miss out on the opportunity to explore the power of DC1317. Click here to learn more about DC1317 and take your mold production to the next level!

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