Brass & Aluminum CNC Machining
Regarding CNC machining, aluminum alloys, and aluminum grade play a crucial role in determining the quality and performance of the final product. Aluminum machining, particularly with 5-axis CNC machines, offers significant advantages in achieving tight tolerances and producing complex shapes. Machining aluminum is highly efficient due to its lightweight nature and versatility in various applications.
Using carbide tooling in the CNC machining process enhances the quality of the finish and reduces production costs. Additionally, aluminum’s corrosion resistance, especially its high corrosion resistance, makes it an ideal choice for applications in marine and atmospheric conditions. The right cutting tool is essential in CNC machining processes like turning, drilling, and milling, ensuring precise material removal and optimal performance.
Heat-treated aluminum alloys, such as those designated T651 and T7351, offer enhanced strength and hardness, making them suitable for demanding applications in the aerospace and automotive industries. Aluminum’s natural corrosion resistance, which forms a protective oxide layer, can be further improved through anodizing, enhancing both wear and corrosion resistance.
When it comes to aluminum CNC machining, working with non-ferrous metals like aluminum alloy and brass, you need a CNC machine that can handle more cut forces. ShopSabre CNC routers are built to deliver the cut forces needed to create impressive aluminum and brass products.
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INDUSTRY-LEADING PRODUCT TECHNOLOGY & DURABILITY
Industrial strength and customer service are the bedrock of a ShopSabre CNC router, perfect for brass and aluminum alloys
ShopSabre CNC machines are designed to work with various materials, including aluminum alloys, available in different aluminum grades to suit specific applications. Heat-treated aluminum alloys, such as those designated T651 and T7351, are particularly suitable for demanding applications due to their enhanced strength and hardness.
These machines are built to last, thanks to the high corrosion resistance and natural corrosion resistance of the materials used. These materials form protective oxide layers that prevent further oxidation and erosion, ensuring longevity and reducing maintenance costs, making ShopSabre CNC machines a reliable choice for various industries.
Designed to meet rigorous industrial CNC machine standards, our CNC machines ensure uninterrupted usage, allowing owners and operators to initiate work effortlessly—without the need for constant adjustments and being able to work with aluminum alloys and brass that other CNC machines cannot handle. Our machines can also work with heat-treated aluminum alloys, enhancing strength and hardness for demanding applications. Crafted for durability and performance, each ShopSabre CNC router is engineered to surpass our competitors, offering you a reliable advantage through consistent, high-quality output with high and natural corrosion resistance.
ShopSabre for your aluminum & brass machining needs
Built much heavier than the average CNC router, the industrial drive technology of a ShopSabre machine is similar to what you find in higher-cost milling centers and leaves you almost without limits.
With the correct tooling, a ShopSabre CNC router can easily tackle many of your non-ferrous material needs. Whether you are working with the most popular aluminum alloy, brass parts, aircraft aluminum, sign aluminum or plate aluminum, ShopSabre has the options necessary to perform your one-off, production, and nested manufacturing process. ShopSabre CNC routers excel in aluminum machining, making them ideal for machining aluminum with precision and accuracy. The use of carbide tooling enhances the quality of the finish and reduces production costs. Selecting the right cutting tool is crucial for achieving optimal results in various CNC machining processes.
Questions?
Not sure which machine is right for you and your production? Schedule a free consultation with one of our in-house experts for personalized, one-on-one guidance.