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What is CNC Machining Precision Machining?
CNC Machining Precision Machining, or computer numerical control precision machining, is a technology that uses CNC machine tools to process high-precision parts. This technology achieves high-precision machining of parts by precisely controlling the motion trajectory and cutting parameters of the tool.
Features:
High precision: CNC precision machining can achieve micron-level machining accuracy and meet the machining needs of high-precision parts.
High efficiency: CNC machine tools have a high degree of automation and can quickly switch machining programs to improve production efficiency.
Complex geometry processing Capabilities: CNC precision machining can process parts with complex geometric shapes, such as three-dimensional surfaces, space curves, etc.
Function:
CNC precision machining is mainly used to manufacture parts with high precision and complex geometric shapes, such as aerospace components, precision parts in medical devices, key components in electronic products, etc.
Application areas:
Like CNC Manufacturing Services, CNC precision machining is widely used in automotive, aerospace, medical, electronics, industrial machinery and other fields.
How to maintain and service:
The same maintenance and service as CNC Turning Products, including regular cleaning of machine tools, inspection and replacement of tools, inspection of lubrication systems and precision testing.
Precautions:
The same precautions as CNC Turning Products, including ensuring that the workpiece is firmly clamped, complying with safe operating procedures and regular inspection and maintenance of machine tools. At the same time, when choosing CNC precision machining services, customers should pay attention to the technical level and equipment condition of the service provider to ensure that they have the ability to provide high-quality services.
FAQ
What are the processes for CNC precision machining?
Common CNC precision machining processes include:
CNC milling: suitable for removing large amounts of Material and making complex two-dimensional and three-dimensional shapes.
CNC turning: mainly used for machining symmetrical objects such as shafts, discs, etc.
CNC drilling: used to make precise holes, grooves and threads, etc.
CNC grinding: used for parts with high surface finish and precision requirements.
CNC electrical discharge machining (EDM): used for precision machining of high-hardness materials or parts with complex shapes.
Each process has its applicable scenarios, and we will recommend the best solution based on your requirements.
How to get a quote for CNC precision machining?
To get an accurate quote for CNC precision machining, you need to provide the following information:
CAD drawings or 3D models: used to determine the shape and size of the parts.
Material requirements: tell us the materials you want to use.
Quantity requirements: single samples or batch production, different quantities affect the price.
Tolerance requirements: ensure that the accuracy requirements meet the production capacity.
Surface treatment requirements: such as anodizing, electroplating, spraying, etc.
We will quote based on this information.
What are the advantages of CNC precision machining?
CNC precision machining has many advantages:
High precision: micron-level tolerances can be achieved, suitable for high-precision parts.
High efficiency: automated operation, capable of quickly machining complex parts.
High consistency: the precision of each machined part is consistent, ensuring consistency in mass production.
Adaptable to complex designs: capable of machining very complex and fine geometries and features.
Does CNC precision machining support small batch production?
Yes, we support production from single samples to large batches, especially suitable for small batch customization. For small batch production, you don't need to worry about mold costs or production delays, and you can get precision parts at a lower cost.
How is the quality of CNC precision machining guaranteed?
We use a strict quality control process to ensure the quality of each part, including:
Precision equipment: All CNC machine tools are strictly calibrated to ensure machining accuracy.
Real-time monitoring and detection: High-precision sensors and measuring tools are used during the machining process to detect part accuracy in real time.
Final inspection: Each part will be fully inspected for size, shape, surface quality, etc. before leaving the factory to ensure that it meets customer requirements.
Can urgent orders be expedited?
Yes, we accept rush orders and will expedite them according to production schedule. The specific expedited production arrangement will be determined based on the complexity of the order and the current production plan, and there may be additional charges. Please communicate with us and we will do our best to meet your needs.
