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The lead time and minimum order quantity (MOQ) for CNC custom parts vary depending on a number of factors, including the size, complexity and quantity of the part and the availability of raw materials. In general:

1.Lead Time: Lead time for common parts is usually between a few days to a few weeks. For complex parts or large orders, lead times may be longer.

2.Minimum Order Quantity (MOQ): Different manufacturers and suppliers have different MOQ requirements. In general, a smaller MOQ can reduce the customer's procurement costs, but it may also lead to higher processing costs. Therefore, it needs to be determined in consultation with the customer on a case-by-case basis.

CNC custom parts industry customization services mainly include the following aspects:

1.Drawing design and modification: According to customer requirements, design and modification of drawings to ensure that the size, shape and performance of parts meet the requirements.

2.Material selection and procurement: According to customer requirements and parts use, select the right raw materials and purchase.

3.Machining and manufacturing: CNC machining and manufacturing according to drawing requirements to ensure the quality and accuracy of parts.

4.Surface treatment: Provide sandblasting, polishing, electroplating and other surface treatment services to improve the appearance and performance of parts.

5.Inspection and testing: Strict inspection and testing of parts to ensure that the quality meets customer requirements.

6.Packaging and Shipping: Provide packaging and shipping services to ensure that parts are delivered to customers safely and on time.

To solve the problem of mold accuracy, you can start from the following aspects:

1.Improve machining accuracy: Improve machining accuracy by optimizing the programming and debugging of CNC machine tools to ensure that the size and shape of die parts meet the requirements.

2.Select high-precision tools: High-precision tools can reduce cutting errors and improve the machining accuracy of die parts.

3.Strengthen inspection and testing: Strict inspection and testing of mold parts, such as coordinate measurement, etc., to ensure that the accuracy meets the design requirements.

4.Optimize heat treatment process: Reasonable heat treatment process can reduce the deformation and cracks of die parts, improve accuracy and durability.

Common causes of tool damage in CNC machining include:

1.Improper cutting parameters: Such as cutting speed is too fast, feed is too large, etc., will lead to overheating and wear of the tool.

2.Material hardness is too high: For materials with higher hardness, it is necessary to choose a more wear-resistant tool and adjust the cutting parameters.

3.Improper selection of tool materials: Different tool materials are suitable for different processing materials and cutting conditions. Improper selection may result in poor tool performance.

4.Insufficient cooling: The heat generated during the cutting process needs to be dissipated in time, otherwise it will lead to overheating and damage to the tool.

Cutting speed is crucial in CNC machining because it directly affects the following aspects:

1.Processing efficiency: The faster the cutting speed, the greater the amount of processing completed per unit time, thus improving production efficiency.

2.Surface quality: Proper cutting speed can obtain good surface quality, reduce scratches and burrs.

3.Tool life: Too fast cutting speed may lead to overheating and wear of the tool, thereby reducing the tool life; However, the cutting speed is too slow, which may lead to insufficient cutting force and affect the machining effect.

The main processing process of CNC custom parts includes the following steps:

1.Raw material preparation: According to the drawing requirements, select the appropriate raw materials, and carry out the necessary pretreatment, such as cutting, straightening, etc.

2.Roughing: Roughing by CNC machine to remove most of the margin and form the rough shape of the part.

3.Semi-finishing: Further remove the margin, improve the accuracy and surface quality of the parts.

4.Finishing: To achieve the final size and accuracy required by the drawing, and carry out the necessary surface treatment, such as sandblasting, polishing, etc.

5.Inspection and testing: Dimension measurement, hardness testing, etc., to ensure that the quality meets the requirements.

6.Packaging and delivery: The parts are packaged and ready for delivery to the customer.