At ETCN, you can find the best Chinese suppliers of Custom Brass CNC Machining Services. Our services in CNC precision machining are flexible enough to accommodate all types of brass components. If you want unmatched quality and precision in your workpieces, use our state-of-the-art facilities and experienced personnel. Get in touch now and let us know more about your brass CNC machining needs.
Save at least 50% on average
Brass CNC Machining Services are adept at precision manufacturing by means of Computer Numerical Control (CNC) technology that allows for producing delicate high standard brass components. The provision guarantees efficient output, accurate tolerances and ability to craft complicated figures with ease. Brass CNC Machining Services are known for their dependability and flexibility, making them capable of producing different types of brass parts used in various sectors such as the aerospace industry and automotive sector, among others, including the electronics field, among many more!
Applications: CNC machining provides excellent mechanical features, precision, and uniformity in metal and plastic materials. Profit from 5-axis and 3-axis CNC milling.
Strengths: Gain better mechanical properties, repeatability, and precision.
Weaknesses: Less geometrical flexibility than 3D printing.
Price: $ $ $ $ $
Lead Time: Fast Delivery within 10 Days
Wall Thickness: 0.75 mm for Sturdy Structures
Tolerances: Precision at ±0.005mm
Max Part Size: Up to 200 x 80 x 100 cm
Get brass CNC machining services for precision and reliability, with many quality materials to choose from. Great for making long-lasting high-quality parts.
Brass Cz121/C360 (CNC) is a highly workable metal with high tensile strength and good resistance against rust. It is used in making components requiring anti-frictional characteristics. Furthermore, this material finds wide application because it does not corrode easily and lacks magnetism, thereby can be applied almost anywhere.
CNC Brass C360: Famously tenacious against machines and corrosion. Great for making things go without much friction. This metal is resistant to decay, can’t be magnetized and has limitless uses.
| Material | CNC Process | Ultimate Tensile Strength | Elongation | Hardness |
|---|---|---|---|---|
| Brass C260 | Milling | 62 ksi | 30% | 70 HRB |
| Brass C360 | Turning | 58 ksi | 25% | 78 HRB |
Metal fabrication industry requires an excellent surface finish, which can be achieved by brass CNC machining. Expertise helps in precision.
Bead blasting is a refined technique that yields smooth surfaces boasting a chic matte finish, perfect for elevating visual charm. It complements a range of materials such as ABS plastic, aluminum, brass, stainless steel, and steel. Moreover, when paired with additional surface treatments, bead blasting significantly amplifies the overall aesthetic appeal.
Powder coating is a method that employs electrostatic application of dry powder, which is then cured using heat or UV light, making it free of solvents. It is 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 utilized 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. Commonly employed materials for a refined finish comprise aluminum, steel, and stainless steel.
Delve into the art of perfecting surfaces to a brilliant, seamless sheen. While some choose manual buffing, others depend on chemicals for a stunning mirror-like gleam. Yet, materials differ in their reflective properties. Various methods can be utilized to achieve a lustrous polish on aluminum, brass, stainless steel, and standard steel.
Surface brushing is a precise treatment method that intricately enhances various materials such as ABS, Aluminum, Brass, Stainless Steel, and Steel. By employing abrasive belts, this technique imparts a satin finish, enhancing the aesthetics of objects and raising their visual appeal.
1. Accuracy: Make the most of our computer numerical control technology that is very accurate.
2. Skills: Our brass machining services are done by experienced professionals who are competent.
3. Personalization: We can provide you with solutions that meet your particular requirements for a brass component.
4. Quality: Always following stringent quality measures, we never go wrong when it comes to brass components.
5. Consistency: At ETCN, we offer dependable and uniform services in CNC machining of brass parts.
1. What kind of product are you looking for?
2. Please detail your specific requirements in the comments section.
3. Fill out the provided form, and our technical team will respond promptly!
4. Require technical support? Contact our experienced engineers for assistance!
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If you want to know more about Brass CNC Machining Services
A: Brass CNC machining refers to a method of precision manufacturing in which computer-controlled devices make things from brass. This process facilitates the production of custom components because it is highly accurate, repeatable, and efficient. Due to its machinability and resistance to corrosion, items made of brass can withstand detailed workmanship and last longer.
A: In CNC machining, popular types of brass include free cutting brass (C360), cartridge case or naval brass among other alloys that contain copper and zinc in different proportions. C360 is mainly selected because it has good workability such as strength which makes them suitable for many applications including fittings gears etc., where closer tolerances may be required during fabrication stages.
A: Yes. One can use either for prototyping or mass production since they are versatile processes; hence one can opt for any depending on what he needs at that particular moment. Also, the fact that this technology offers excellent detail finish on prototypes while being efficient repeatability machines large volumes components makes its adoption more likely during these two stages.
A: Some primary methods used in order to work with brass when using a CNC machine include Swiss Machining, milling turning among others.Swiss Machining is an ideal choice when dealing with small intricate parts which have tight tolerance bands around them while Milling is best suited for complex shapes and features.Furthermore Turning tends produce cylindricals shapes making it useful where necessary.
A: One problem encountered during such activities revolves around the softness level exhibited by most forms of brass that can result into the formation of burrs or sticking parts onto tools. To counteract this, operators should employ sharper cutters; lubricate their machines adequately as well as adjust feed rates so that they match different materials being worked on (brass). Another challenge comes in when dealing with thermal expansion of materials like brass which calls for precise temperature control during machining processes.
A: Brass’ m
