Brass CNC Machining Services

Exceptional Precision. Trusted Quality.

Essengold Parts specializes in precision Brass CNC Machining Services, delivering high-quality components tailored to your needs. With advanced technology and a skilled team, we ensure every brass part is crafted with unmatched accuracy, durability, and aesthetic appeal. Request a quote today and experience the difference!

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Why Choose Our Brass CNC Machining Services?

At Essengold Parts, we combine cutting-edge CNC technology with years of expertise to deliver exceptional brass components. Our services include:

Precision machining for intricate designs.

High-quality finishes for enhanced aesthetics.

Cost-effective solutions for all production volumes.

Reliable global shipping and on-time delivery.

Capabilities of Brass CNC Machining Service

Our expertise in Brass CNC machining is built on cutting-edge technology and a commitment to excellence.

Capability	Details
Materials	Brass C260, Brass C360, and other versatile brass alloys.
Tolerances	Precision up to Â±0.02mm, ensuring high accuracy for intricate and complex components.
Machining Techniques	CNC turning, milling, drilling, threading, knurling, and profiling.
Finishing Options	Polishing, electroplating, powder coating, bead blasting, brushing, and custom finishes.
Industries Served	Aerospace, automotive, electronics, medical devices, industrial machinery, and consumer products.

Inside Essengold's Brass CNC Machining Process

Essengold Brass CNC Machining Parts Display

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Brass CNC Turned Parts-1

Service Explanation:

Essengold Parts specializes in Brass CNC Machining Services, offering high-precision, cost-effective solutions tailored to your project’s unique needs. Utilizing advanced CNC machining technology, we craft durable, intricate components with unmatched accuracy. Whether for prototypes or high-volume production, our expert team ensures every part meets the exact standards required by your industry.

Applications of Brass CNC Machining

Essengold Parts provides versatile and reliable solutions for a wide range of industries. Examples of specific applications showcase our expertise across sectors, including:

Aerospace

High-precision connectors, fasteners, and sensor components.

Automotive

Durable engine parts, gears, and decorative trims.

Electronics

Conductive terminals, connectors, and precision pins.

Medical

Surgical tools, diagnostic equipment components, and implants.

Industrial Machinery

Custom valves, fittings, and machine gears.

Service Benefits

Our customer-focused approach ensures not only top-quality parts but also a seamless partnership.

Feature	Details
Complete Customization for Unique Designs	With expertise in custom stainless steel machining, we adapt to intricate geometries and precise specifications for diverse industries, from aerospace to medical applications.
Prototyping for Innovation	Our rapid prototyping solutions allow for precision stainless steel parts manufacturing, enabling faster design validation and reducing development timelines.
Seamless Customer Support	From material selection to production and delivery, our dedicated team ensures a smooth, worry-free process, making us a trusted partner in CNC machining stainless steel grades.
Reliable Global Shipping	We offer dependable, cost-effective international shipping, ensuring timely delivery of your precision-crafted stainless steel CNC components anywhere in the world.
Unmatched Quality Assurance	Every component undergoes rigorous testing and inspection to adhere to strict international standards, guaranteeing flawless results even for high-stakes industries like automotive and food processing.
Committed to Sustainability	Our processes are designed to minimize material waste and environmental impact while maximizing efficiency, offering an eco-friendly approach to precision stainless steel machining.

Bring your designs to life with Essengold Parts. Our combined technical precision and customer-oriented approach guarantee the success of your projects. Contact us today for a consultation or a tailored quote!

Brass Grades: Properties and Applications

At Essengold Parts, we offer a variety of high-quality brass grades for CNC machining, carefully selected to meet the unique needs of different industries. Below is an overview of key brass grades and their respective properties, ensuring precision and reliability in every application.

Brass Grade	Ultimate Tensile Strength (ksi)	Elongation (%)	Hardness (HRB)	Corrosion Resistance	Machinability	Common Applications
Brass C360	58	25	78	Good, suitable for most environments	Exceptional, among the best in brass	Fittings, connectors, precision fasteners for automotive and electronics.
Brass C260	62	30	70	Moderate, resistant to general corrosion	Excellent, ideal for forming and machining	Decorative trims, electronic components, and architectural elements.
Naval Brass	70	18	85	Superior, especially in marine settings	Good, slightly lower than C360 and C260	Marine hardware, industrial machinery, aerospace components requiring strength.
Leaded Brass Alloys	60	20	80	Excellent, suitable for plumbing systems	High, due to added lead content	Valve components, plumbing fittings, and decorative hardware.

Essengold Parts takes pride in our expertise with brass CNC machining, ensuring that all materials maintain optimal performance while meeting your exact project specifications. Contact us to learn more or to discuss how we can turn your designs into reality.

Why Choose Brass for CNC Machining?

Brass excels in CNC machining due to its superior machinability, corrosion resistance, and excellent electrical conductivity. It is cost-effective, durable, and ideal for precision components across the automotive, electronics, and plumbing industries. These properties make brass a reliable choice for efficient and high-quality machining solutions.

Top Brass Types for CNC Machining

To help you choose the right material for your project, here’s a breakdown of the most commonly used Brass types, grouped by their key characteristics:

High Machinability
High Corrosion Resistance
Versatility and Strength
Specialized Marine Performance

1. High Machinability

Brass C360
Known as free-machining brass, it offers exceptional ease of machining and is widely preferred for precision components. Typical applications include fasteners, gears, and precision electronic parts.
Leaded Brass Alloys
These alloys are enhanced with lead for improved machinability and are ideal for producing complex parts with acceptable tolerances. Typical uses include valve components, plumbing fixtures, and decorative hardware.

2. High Corrosion Resistance

Naval Brass
Designed to resist saltwater corrosion, this alloy is a top choice for marine applications, shafts, and valve stems. It also combines good strength and ductility.
Brass C260
Also known as cartridge brass, it offers excellent corrosion resistance and high ductility, making it ideal for electrical connectors, radiators, and decorative items.

3. Versatility and Strength

Brass C280 (Muntz Metal)
Known for its strong mechanical properties and excellent wear resistance, Brass C280 is a popular choice in architectural applications, heat exchangers, and industrial machinery. Its versatility makes it suitable for both structural and aesthetic purposes.

4. Specialized Marine Performance

CU1 (Manganese Bronze)
With high tensile strength and moderate corrosion resistance, CU1 is often used for structural components and marine hardware.
CU2 (Nickel-Manganese Bronze)
Adding nickel enhances its corrosion resistance and strength, making it suitable for critical marine parts and exposed environments.
CU3 (Nickel-Aluminum Bronze)
Distinguished by its excellent performance in marine applications, CU3 provides unmatched corrosion resistance and strength, perfect for propellers and demanding machinery.
CU4 (Manganese-Aluminum Bronze)
Ideal for extreme seawater applications, CU4 offers superior performance in harsh marine conditions, making it invaluable for high-performance propellers and industrial components.
Brass’s wide range of properties and diverse alloy options ensure it meets varied machining requirements, from precision electronics to demanding marine environments.

Any ideas?

Talk to us now, we have 10 years of experience working with CNC machining and we are confident that we can help you solve your problems.

Enhancing Surface Finishes with Brass CNC Machining Services

We are achieving superior surface finishes in the metal fabrication industry through brass CNC machining—expert precision for impeccable results.

Anodic Oxidation

Bead Blasting

Powder Coating

Electroplating

Polishing

Brushing

Anodic oxidation is often used to treat surfaces exposed to severe conditions in aircraft and automobiles. It improves wear resistance, inhibits corrosion, and toughens the surface to give it a matte appearance. Anodized finishes can be made in various colors: clear, black, gray, red, blue, or gold.

The process gives smooth surfaces a classy matte look, greatly enhancing their beauty. Bead blasting may be done on ABS plastic, aluminum, brass, and stainless steel, among others, thus dramatically improving the overall aesthetic appeal.

Powder coating is a solvent-free method in which dry powder is electrostatically sprayed and cured by heat or UV light. It is available in aluminum, stainless steel, and steel, in colors ranging from black to any RAL code or Pantone number, with either a gloss or semi-gloss finish.

Electroplating is widely used in the automotive industry because it meets functional requirements, provides decorative value, and prevents corrosion. Chrome plating makes steel parts look shiny and attractive, while aluminum steel, stainless steel, etc., are used for polished finishing.

See surfaces shine like never before! Different objects reflect light differently depending on how materials have been treated chemically or mechanically (e.g., buffing by hand). Hence, achieving the varnished effect can involve various techniques, e.g., working with plain/regular/aluminum/steel/stainless steel(brass).

Surface brushing intricately refines ABS plastic aluminum brass stainless steel or steel using abrasive belts, giving them a satin finish that enhances their appearance and visually makes them look better.

Brass CNC Machining: Techniques, Benefits, and Applications

Brass CNC machining is a key process in making high-quality parts for many industries. It uses the strength and flexibility of brass, along with precise computer-guided machines, to create items like electronic parts, plumbing fittings, and decorative fixtures. Known for being easy to work with, resistant to corrosion, and visually appealing, brass is a favorite for aerospace, automotive, and architectural projects. This process ensures every part is made with accuracy, reliability, and durability.

Frequently Asked Questions

Q: What characteristics of brass have led to its popularity as a material for CNC machining?

A: The brass machine is the fastest among other metals because it has faster machining speeds, corrosion resistance, and excellent material properties. Some brass types can be machined more quickly than others due to their high percentage of zinc, while some offer more strength or corrosion resistance.

Q: What should one consider when selecting brass material for custom parts?

A: When choosing the right type of metal alloy, like Brass, for manufacturing components through precision engineering, factors such as desired properties (strength or corrosion resistance), machinability ratings, specific application needs, and even budgetary constraints must be considered.

Q: How do I contact a Precision Machining Specialist who offers custom services involving CNC machined brass?

A: Reach out to us at precisionmachiningspecialists.com, where we provide our clients with top-notch customer care experience during their purchase journey, or you may call our customer support team via the hotline number provided on this website if you are looking forward to acquiring Custom Brass CNC Machining Services.

Q: What is involved in the CNC brass machining process used to make personalized parts from this metal?

A: The process used in carving precise custom-made objects from metallic rods using computer numerical control machines like drills and carvers operated by C++ programs called G-codes, which read designs drawn on CAD software and then translate them into electrical signals capable driving servo motors mounted onto each axis concerning dimensions specified by these codes is referred as CNC milling process

Q: Why use brass for applications requiring accuracy and endurance on the part’s surface?

A: The reason behind this is that Apart from having good workability properties including but not limited to ease of cutting threads, etc., brass also has specific unique physical attributes that make it possible to achieve various finishes without much effort being put into it during processing.

For example, its excellent material properties, coupled with high levels of machinability and corrosion resistance, among others, may enable an individual to select different finishes, such as mirror polishing or brushing, depending on what he/she wants the end product to look like.

Q: What are some of the leading brass grades used in custom CNC machining processes?

A: Some commonly employed types during this procedure may include red Naval 360. All these are selected based on particular requirements put forward by customers wanting their items manufactured through customized methods involving CNC machines.

Q: Can brass replace metal or plastic parts in some applications?

A: Yes, brass can be a substitute for metal or plastic materials when making specific components because it has unique features that other substances lack, making them unsuitable for use in particular fields where this metal could prove handy.