Discover superior quality Custom Copper CNC Machining Services from China for precision manufacturing. Our top-level skills and advanced equipment ensure we deliver high-quality results to different sectors.
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Aluminum CNC machining services are precision manufacturing that can do many things. They use advanced technology to create complex parts with accuracy and speed, which makes them useful in industries such as aerospace, automotive, and electronics. Aluminum CNC machining is reliable whether it is being used for prototyping or mass production because it ensures tight tolerance levels on well-finished surfaces when making top quality components.
Applications: CNC machining produces parts with higher mechanical properties, accuracy, and uniformity from metal and plastic materials. Provides 3-axis and 5-axis CNC milling services.
Pros: Better mechanical properties; More precise and consistent
Cons: Not as good for complex shapes as 3D printing
Price: $$$$$
Lead Time: Below 8 days
Wall Thickness: three-quarters of a millimeter
Tolerances: ±0.005mm
Max Part Size: 200 x 80 x 100 cm
Investigate Copper CNC Machining Services extensively: Find out what materials are there and what precision machining can be done to meet your particular requirements.
Copper (C110) is a high-quality pure copper alloy characterized by excellent heat conduction and resistance to corrosion. This is why it is widely used in different electrical spheres.
Copper (C101) is a high-quality copper alloy that has very good conductivity, corrosion resistance and toughness. It has a 99.99% purity level which is the main reason why it is considered as one of the purest metals in existence. This metal is highly coveted for its remarkable abilities to conduct electricity well and last long with time.
| Property | Copper C101 | Copper C110 |
|---|---|---|
| Ultimate Tensile Strength | 41 ksi (283 MPa) | 32-41 ksi (220-280 MPa) |
| Yield Strength | 8.7-34.8 ksi (60-240 MPa) | 8.7-34.8 ksi (60-240 MPa) |
| Hardness (Rockwell) | 40 | 95 |
| Electrical Conductivity | 96.5% IACS | 101.5% IACS |
| Thermal Conductivity | 390 - 398 W/(m⋅°C) | 380 - 388 W/(m⋅°C) |
Numerous alternatives are available for the best top surface finishes for copper CNC machining service. These comprise smooth finishes like mirror polish or brushed finish, protective finishes like anodizing or powder coating, and functional finishes like chemical film or passivation. All these offer different benefits in terms of appearance, safeguarding against damage and usability which can make finished copper machined parts better quality.
Bead blasting is a refined technique that creates sleek matte finishes, perfect for elevating visual appeal. It works well with materials such as ABS plastic, aluminum, brass, stainless steel, and steel. Moreover, when paired with other surface treatments, bead blasting can significantly boost the overall aesthetic charm.
Powder coating is a method that applies dry powder electrostatically, then cures it using heat or UV light, eliminating the need for solvents. It's offered in aluminum, stainless steel, and steel, in black or any RAL code/Pantone number, with choices for gloss or semi-gloss finishes.
Electroplating is extensively used across industries like automotive to meet functional, aesthetic, and anti-corrosion requirements. Chrome-plating steel components is highly preferred for its ability to achieve a sophisticated, lustrous appearance. Common materials for a sleek finish comprise aluminum, steel, and stainless steel.
Discover the art of perfecting surfaces to achieve a stunning, seamless shine. While some prefer manual buffing, others turn to chemicals for a brilliant mirror-like gleam. Keep in mind that different materials have varying levels of reflectivity. Utilize a range of techniques to achieve a glossy finish on aluminum, brass, stainless steel, and standard steel.
Surface brushing is a precise treatment method that delicately enhances various materials such as ABS, Aluminum, Brass, Stainless Steel, and Steel. By employing abrasive belts, this technique imparts a satin finish, enhancing the appearance of objects and heightening their visual appeal.
1. Accuracy: All the minute details are precisely achieved through our modern CNC machining.
2. Knowledge: Our team has vast experience in working with copper materials accurately and with great care.
3. Quickness: In every project, we aspire to be fast without compromising quality.
4. Personalization: We provide customized services that guarantee outstanding implementation of projects based on their unique needs.
5. Trustworthiness: Count on ETCN to consistently produce good results while serving you faithfully using the best copper cutting technology available.
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2. Please specify your needs in the comments section.
3. Fill out the form provided, and our technical team will respond promptly!
4. Require technical help? Contact our experienced engineers!
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If you want to know more about Copper CNC Machining Services
A: Copper C101, and copper C110 among others are the most common high-conductivity metals used in copper CNC machining services. These metals were selected because of their good electrical conductivity as well as thermal conductivity properties which are important for any conductor material; they also offer resistance against corrosion and can be machined easily.
A: With CNC machining service, one can make various types of copper components such as aerospace components, electrical parts, precision machined parts from copper etc.The use cnc milling machine lathe process enables creation even complex forms or shapes from this metal.
A: The use of CNC technology in machining copper ensures high accuracy when creating intricate designs or shapes. It also gives a fine finish on its surface and maintains tight tolerances. Moreover, it is time-saving since it can handle both large production quantities and prototype development.
A: Depending on what you need the surface to look like after you’re done working with it (aesthetical vs functional), matte finishes through highly polished ones may be achieved by different methods during processing these metals into products. Additionally, its natural ability not only resists but also conducts electricity properly makes them suitable for plating or applying finishing coating thus enhancing thermal resistance against corrosion further making them versatile options for various uses.
A: No, what should be taken into account when designing a copper part to be machined via CNC? Some things to consider are machinability of Copper alloys, thermal and electrical conductivity as well as the complexity of parts. Also by optimizing designs for manufacturing it can lead towards lower costs along with better performance throughout these components made up of copper.
A: What kind of businesses get the most out of this service? Industries such as aerospace, healthcare or any industry where they have lots of parts needing high heat/electricity conductive materials would all benefit greatly from having their products machined out of custom made coppers designed specifically with them in mind because it has unique properties which make it suitable for use in these areas.
A: How can I go about getting my pieces produced using one? Send us your project details including design files and material requirements so that we may assist you accordingly. A good company will take care from prototyping through production – helping select appropriate alloys discussing processes involved quoting etcetera. Precision machine shops have capabilities needed for handling custom work while ensuring compliance with desired measurements.
A:CNC milling is used to create more intricate shapes and surface details within machined parts by rotating cutting tools around them while removing material from their surfaces. Conversely, turning rotates cylindrical objects against stationary blades thus producing cylindrical objects/components such as those commonly encountered when dealing with anything made out-of metals like brasses,coppers etcetera which require precise dimensions either aesthetically or functionally depending on what they’re used for.
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