Custom Precision Machining Parts Aluminum Alloy CNC Milling And Turning Parts

Custom Precision Machining Aluminum Alloy CNC Milling And Turning Parts

Product Description

Crida is committed to the field of customized precision CNC machining, specializing in the production of high-precision CNC lathe parts, precision turning and milling composite parts, precision grinding components and various complex mechanical components. Processing materials include high-performance metals (such as lightweight aluminum alloys, high-strength stainless steel, high thermal conductivity copper alloys, and medical-grade titanium alloys) and high-performance engineering plastics (POM, PET, etc.), and provide customers with professional material performance analysis and customized material selection consulting services.

With many years of deep cultivation in the industry, we have built a full-chain precision manufacturing system: from traditional lathes, grinders, milling machine processing units, to intelligent CNC machining centers, precision EDM equipment, and then to the quality inspection team equipped with optical image measuring instruments, strictly controlling each process to ensure that the product quality reaches the international advanced level. In addition, our senior technical team can provide one-stop technical support from drawing deepening, process optimization to mass production delivery, helping customers shorten the R&D cycle.

Our precision parts are widely used in high-end fields such as automated production lines, semiconductor packaging equipment, high-end medical equipment, aerospace parts, military precision instruments, core components of new energy vehicles, and precision structural parts of consumer electronics. With micron-level processing accuracy, stable and reliable product performance, and processing advantages of complex and precise structures, we provide customers with efficient and high-quality precision manufacturing solutions.

Features

1. High-precision machining: Crida uses advanced CNC equipment to precisely control tool paths through computer programming, with machining accuracy up to a micron level (±0.01mm or even higher), ensuring minimal dimensional error and meeting the stringent requirements of high-end equipment for component accuracy.

2. Complex structure molding: We can process complex curved surfaces, deep cavities, thin walls, tiny apertures and other structures that are difficult to achieve with traditional processes, such as the curved surface modeling of aircraft engine blades, fine hollow structures of medical devices, etc., to fully meet special design requirements.

3. Strong material adaptability: We can process various metal materials such as aluminum alloy, stainless steel, titanium alloy, copper alloy, as well as high-performance engineering plastics such as POM and PEEK, matching the most suitable materials according to the needs of different industries to ensure part performance.

4. Stable consistency: We use standardized CNC programs and automated processing processes to reduce interference from human factors. Even in mass production, we can ensure that the size, precision and surface quality of each part are highly consistent, reducing the scrap rate.

5. Excellent surface quality: The surface finish of our CNC-processed parts is high, reaching Ra0.8-Ra0.2μm, with no or only a small amount of subsequent processing, effectively saving processing time and cost, while meeting aesthetic and functional requirements.

6. High production flexibility: We only need to adjust the CNC program to quickly switch the production of different products without large-scale equipment replacement. It is suitable for both small-batch customized production and large-volume order needs, and can flexibly respond to market changes.

7. Complete quality control: We are equipped with a professional quality inspection team and high-precision testing equipment (such as three-coordinate measuring machines, imagers), from raw material inspection, process sampling to finished product inspection, to ensure that every CNC part meets strict quality standards.

8. Comprehensive technical support: Relying on a senior technical team, we can provide one-stop services from drawing optimization, process design to production process technical guidance to help customers solve complex parts processing problems and improve product development efficiency.

Technical Parameters

Applications

1. Aerospace: used to manufacture aircraft engine blades, spacecraft structural parts, landing gear parts, etc. With high precision and high stability, it ensures excellent performance in extreme environments (such as high temperature, high pressure, and high speed) to ensure the safety and reliability of aircraft.

2. Medical equipment industry: used in medical imaging equipment parts, etc., to ensure that the product fits the human body structure and is safe for long-term use, and to improve the accuracy of medical equipment and patient comfort.

3. New energy vehicle industry: used to manufacture new energy vehicle motor housings, battery connectors, and precision parts of electronic control systems. Through lightweight materials (such as aluminum alloys) and high-precision processing, the integration of parts and energy transmission efficiency is improved, helping to optimize vehicle endurance and performance.

4. Automation and robots: Provide high-precision parts for industrial robot joint shafts, precision reducer gears, and transmission parts of automation equipment. Ensure low friction, high rigidity, and repeated positioning accuracy of the motion system, and improve equipment operation efficiency and service life.

5. Optical instruments: used to manufacture telescope lens brackets, microscope precision adjustment mechanisms, camera lens components, etc. High-precision processing ensures the assembly accuracy of optical components, reduces light refraction errors, and improves imaging clarity and instrument performance.

Packaging and Shipping

Delivery & Shipping

DHL/UPS/FEDEX/TNT/OCS is shipped by default. If the customer has a demand, we can also choose express delivery according to the customer's requirements.

Generally, it takes 3 days to send the express to Japan, and 4-5 days to Europe and America. This is mainly for small pieces(within 300kg).

For large parts, we will use air or sea transportation according to the customers' requirements. Generally, it takes 4-5 days to ship to Japan by air and 7-10 days to ship by sea. It takes 7-10 days to ship the goods by air in Europe and America, and 15-20 days to ship the goods by sea.