Brass is one of the most machinable materials among common CNC metals. It offers high machining efficiency while maintaining excellent mechanical properties, thermal conductivity, and surface finish, making it highly suitable for mass production of precision components.

priceRating
★★★★★
machinability
excellent
wallThickness
0.8–1.5 mm
tolerance
±0.005 mm–±0.05 mm
Description
Fluid systems, low-to-medium current applications, instrumentation and decorative components.
Brass possesses an attractive natural appearance and supports plating processes including nickel, silver, and gold.
Brass exhibits low strength and is unsuitable for manufacturing high-load structural components.
Select from our full range of materials for your application.
C36000 exhibits exceptional machinability, maintaining excellent chip control and dimensional stability under high-speed machining conditions. It is well-suited for high-volume production of precision components, delivering outstanding overall machining efficiency.
Brass C378 is a high-zinc brass alloy that maintains excellent CNC machinability while offering superior mechanical strength compared to C360. It is commonly used for structural components requiring moderate strength and in high-volume production scenarios.
Bronze C385 is a high-zinc brass containing 2–3% lead, offering excellent machinability, good strength, toughness, and corrosion resistance; it also exhibits outstanding hot extrusion formability.
Brass C350 is a high-zinc brass with excellent machinability, good strength, and stability. It is particularly suitable for structural components primarily manufactured via CNC machining that require moderate load-bearing capacity.
Brass 280 is a high-zinc brass alloy with good resistance to seawater corrosion, excellent mechanical strength, and thermal conductivity. It is commonly used in the manufacture of marine components, light-duty structural parts, and decorative hardware.
Brass H59 is a lead-free high-zinc brass with good mechanical properties and formability, making it suitable for structural and load-bearing components; however, its CNC machinability is moderate.
Ready to start?
From alloy selection to machining capability — supporting reliable CNC Brass parts production.
Brass is a copper–zinc alloy whose properties can be tailored by adding elements such as lead or tin to enhance machinability and corrosion resistance. It offers excellent machinability and is one of the easiest metals to CNC machine, making it well suited for efficient, high-volume production. Although its electrical and thermal conductivity are lower than pure copper, brass remains a cost-effective choice for conductive and heat-dissipation components without extreme performance requirements.
Xmake possesses a mature brass CNC machining system utilizing multi-axis machining equipment to reliably process various brass types. Our capabilities span the entire workflow from prototyping to mass production. Through specialized cooling systems and tool management, we can effectively address issues like tool sticking and chip removal in brass. Our services also include customized surface treatments. With over 20 surface finishing processes available, we can effectively enhance brass properties such as corrosion resistance and appearance.
Xmake specializes in CNC machining, committed to becoming a reliable manufacturing partner for our customers. Over the years, Xmake has established a robust and extensive partner network, connecting hundreds of material suppliers with professional CNC machining workshops. This enables us to provide customers with cost-effective brass materials and professional brass machining services. Leveraging our extensive supply chain, we offer clients a variety of premium brass materials, including primary grades such as C280, C350, C360, C385, and C378. If you have machining requirements for other aluminum alloy grades, please feel free to contact us.
Have more questions? Our engineering team is ready to help you find the right solution.