1. Requirement analysis is the first step:

Clearly define the material, aperture, depth, precision requirements (size, roughness, straightness), production pace, and future product planning that you want to process. This is the cornerstone of choosing a solution.

2. The trade-off between "specialized" and "flexible":

If there is little product change in the next 5-10 years and the pursuit of ultimate efficiency and cost, specialized machine tools (drilling/boring/drilling and boring machines) are a good choice.

If the product iteration is fast, there are multiple models, or the processing structure is complex, the long-term value of CNC deep hole machine tools is higher.

3. Supplier selection is crucial:

Choose a supplier with deep process accumulation and the ability to provide complete solutions from machine tools to cutting tools, coolant, programming training, and more. Request it to provide on-site trial cutting to verify the feasibility of the process.

4. Pay attention to the "invisible" system:

Don't just focus on machine tool prices, the quality of auxiliary systems such as high-pressure cooling systems, filtration systems, and center frames directly determines the stability of machining and tool life.

summary：

Deep hole machining is a systematic engineering. Deep hole drilling machines, deep hole boring machines, and deep hole drilling and boring machines represent a specialized and efficient path based on process decomposition; The CNC deep hole machining machine represents an integrated path of intelligence and flexibility. We suggest that you communicate with us in depth about your specific processing needs. Based on the above framework, we will tailor an economical and efficient deep hole processing overall solution for you, and provide continuous technical support.