Precision CNC Machining Milling Customized For Test Prototype Parts

Precision CNC Machining Milling Customized For Test Prototype Parts

Product Description

Crida's precision CNC parts are a model of advanced technology and exquisite craftsmanship. With the help of CNC machine tools, it accurately controls the processing process through computer programs to achieve high-precision and high-quality manufacturing standards.

From the perspective of processing technology, the design stage carefully plans the processing procedures and process flows according to product requirements and drawings; the design program is input into the machine tool control system during programming; then the raw materials are firmly clamped on the workbench to ensure processing stability; during processing, the machine tool automatically performs cutting, drilling, milling and other operations according to instructions; finally, the finished product is strictly inspected for size and shape to ensure that it meets the design requirements.

It has many significant advantages. In terms of high precision, it can achieve micron-level precision, which is in line with the fields of aerospace, medical equipment and other fields with strict precision requirements; high efficiency is reflected in automated processing, which greatly improves production efficiency and reduces manual intervention and costs; flexibility is reflected in the ability to flexibly adjust programs and parameters according to different design requirements to complete a variety of processing tasks; in complex shape processing, it can handle complex structures such as curved surfaces and threads to meet diverse designs.

In the application field, Crida precision CNC parts are widely used in aerospace, helping to manufacture key components of aircraft and rockets to ensure flight safety; in automobile manufacturing, they are used in the production of engines, transmission systems and other components to improve automobile performance; in the field of medical devices, they can be used to manufacture surgical instruments, prostheses, etc. to ensure the accuracy and hygiene standards of medical products; the manufacturing of components for electronic communication products such as mobile phones and computers is also inseparable from it, which helps to improve product performance and stability.

Advantages

1. High precision: The control accuracy of CNC machine tools reaches the micron level, which can control the processing error within a very small range, meet the needs of aerospace, medical and other fields with strict precision requirements, and ensure the dimensional accuracy and shape accuracy of parts.

2. High repeatability and stability: Once the program is written and debugged, the machine tool can repeat and process stably. No matter how many parts are produced, the size and quality can be highly consistent, which is conducive to large-scale production and reduces assembly problems and quality fluctuations caused by part differences.

3. Strong ability to process complex shapes: CNC machine tools can realize multi-axis linkage processing, can process complex three-dimensional surfaces and shapes, break through the limitations of traditional processing methods, and provide possibilities for complex cavity processing in fields such as mold manufacturing.

4. High production efficiency: With a high degree of automation and reduced manual intervention, the machine tool can work continuously without supervision. The operator only needs to perform simple program input, tool replacement, and workpiece loading and unloading operations, which can greatly reduce production costs during mass production.

5. Wide material adaptability: It can process a variety of materials, from traditional metals to modern composite materials, and even high-hardness ceramic materials, to meet the requirements of material performance in different application scenarios.

6. Good flexibility: Different parts can be processed by changing the program, which is suitable for small-batch customized production and large-scale mass production, providing greater freedom for product design and making products more diversified and personalized.

7. Excellent surface quality: The high precision and high stability of the machine tool make the surface quality of the processed workpiece good. Usually, no secondary processing is required. A smooth and fine surface can be obtained in one processing step, reducing the subsequent processing steps.

Technical Parameters

Technical Support & Services

All-round technical support: In the early stage of the project, Crida's technical experts communicated with customers in depth to understand the use scenarios, performance indicators and special requirements of the parts, and provided customers with one-stop consulting services from material selection to processing technology, assisted in optimizing the design plan, and ensured that the part design has good machinability and cost-effectiveness. In response to different customer needs, Crida provides customized programming services, writes efficient and accurate processing programs, and optimizes the programs in real time according to the actual situation during the processing to improve processing efficiency and accuracy.

Full-cycle after-sales service: Crida has established a strict quality control system. From raw material procurement to finished product delivery, each process is tested in multiple dimensions to ensure that the parts meet high-precision standards. Once the customer reports a problem with the quality of the parts, the after-sales team will respond immediately, provide a solution within 24 hours, and arrange for technicians to handle it on-site or provide remote guidance within 48 hours. For parts that need to be repaired, Crida gives priority and uses original accessories to ensure the performance and quality of the repaired parts. The after-sales team regularly visits customers to collect usage opinions and suggestions and continuously improve products and services. In addition, Crida has sufficient spare parts inventory and can quickly respond to customers' replacement needs, shorten equipment downtime, and ensure smooth production for customers.

FAQ

• Q: How do I get a quote for Crida's precision CNC parts?
• A: You can send the 3D drawings of the parts to our designated email address, detailing the material, precision requirements, surface treatment requirements, and expected order volume of the parts. We will calculate and reply to your quote as soon as possible after receiving it.

• Q: How long will it take to deliver the product after placing an order?
• A: The delivery time mainly depends on the complexity of the order, the number of parts and the procurement cycle of raw materials. Generally, the delivery cycle for simple parts is 5-7 working days; for complex parts or large-scale orders, the delivery cycle may be 3-4 weeks. After placing an order, we will clarify the specific delivery time with you and communicate the production progress in a timely manner.

• Q: What should I do if I need to modify the order content?
• A: Before the order is produced, you can contact our customer service team at any time to request a modification, and we will fully cooperate. If it has entered the production stage, the modification may affect the delivery time and cost. We will negotiate a solution with you based on the actual situation.

• Q: What is the CNC part processing accuracy that Crida can achieve?
• A: We have advanced processing equipment and mature technology. The conventional processing accuracy can reach ±0.01mm. Under specific process and equipment conditions, some high-precision parts can achieve an accuracy of ±0.001mm.

• Q: What materials can be processed?
• A: We can process a variety of metal materials, such as aluminum alloy, titanium alloy, stainless steel, copper alloy, etc.; we can also process various engineering plastics, such as acrylic, nylon, POM, etc.; in addition, we can also process some special materials, such as ceramics, composite materials, etc..

• Q: How to ensure the processing quality of parts with complex shapes?
• A: For parts with complex shapes, we use multi-axis linkage processing technology, cooperate with professional CAM software for tool path planning, simulate the processing process, optimize process parameters in advance, and use high-precision detection equipment to monitor in real time during processing to ensure the quality of parts.