Our Aluminum CNC Machining Service lets you get high-grade custom aluminum parts fabricated to suit your requirements. Using sophisticated CNC technology, we have mastered the creation of components unparalleled in precision, repeatability, and efficiency. Our service guarantees exceptional outcomes, remarkable prototyping, and full-scale production speed alongside unmatched customization.
Aluminum CNC machining of high precision for custom parts. Solutions of superior quality for aerospace, automotive, and more. Unrivaled expertise and technology are at your fingertips.
Compared to other metals, Aluminum is cut faster, streamlining its manufacturing processes.
Besides being anodized for complete protection, Aluminum naturally resists oxidization which works towards its advantage
Different finishes can be applied to Aluminum making it aesthetically appealing while improving performance.
The many Aluminum alloys available offer great strength-to-weight ratios, making them suitable for demanding applications.
Thanks to Aluminum’s low density, durability is not compromised while weight reduction is achieved, which is important in the industry.
Machining Aluminum is cost-efficient, as lower production costs are incurred compared to other metals.
Aluminum 6061 is a precipitation-hardened alloy with excellent machinability, good weldability, and compatibility with forming, extrusion, and cutting. It supports heat treatment (T6 temper) and anodizing for enhanced strength, corrosion resistance, and appearance
Aluminum 7075 offers excellent machinability, poor weldability, limited formability, and high strength via heat treatment (T6/T73). It supports anodizing with less uniform finishes and is compatible with laser, waterjet, and mechanical cutting methods.
6063 Aluminium is a medium-strength silicon-magnesium alloy with superior weldability, formability, and extrusion features. Its superb anodizing capability, machinability, and heat-treatable strength make it favorable for architectural and structural purposes.
Aluminum 5052 is a non-heat-treatable magnesium-based alloy with excellent weldability, formability, and corrosion resistance. It offers fair machinability, supports TIG/MIG welding, anodizes well, and is ideal for bending and shaping. It’s easily cut using laser, waterjet, or mechanical methods.
Aluminum 2024 is a high-strength, copper-based alloy with excellent machinability, poor weldability, good formability (annealed), and limited anodizing. It’s heat-treatable (T3/T4), corrosion-prone, and easily cut via laser, waterjet, or mechanical methods.
Aluminum 7050 is a high-strength, zinc-based alloy with excellent machinability, poor weldability, limited formability, and good cutting ease. It can be heat-treated for strength and corrosion resistance, and anodized with less uniform finishes.
Aluminum 6082, a medium-strength silicon-magnesium alloy, offers excellent machinability, weldability (with reduced strength in heat-affected zones), good forming, anodizing, and cutting properties, and can be heat-treated (commonly to T6 temper) for enhanced strength and versatility in applications.
Aluminum 2A12 is a high-strength, copper-based alloy with excellent machinability, poor weldability, good formability when annealed, and heat-treatable for strength. It’s compatible with cutting methods but has limited anodizing compatibility and moderate corrosion resistance.
| Alloy | Temper | Ultimate Tensile Strength (MPa) | Elongation (%) | Hardness (Brinell) |
|---|---|---|---|---|
| Aluminum 6061 | T6 | 310 | 12% | 95 |
| Aluminum 7075 | T6 | 572 | 11% | 150 |
| Aluminum 6063 | T6 | 290 | 10% | 95 |
| Aluminum 5052 | H32 | 228 | 12% | 68 |
| Aluminum 2024 | T4 | 469 | 19% | 137 |
| T6 | 427 | 13% | 142 | |
| Aluminum 7050 | T7451 | 496 | 12% | 151 |
| Aluminum 6082 | T6 | 310 | 8% | 95 |
| Aluminum 2A12 | T4 | 414 | 10-15% | 90-110 |
Discover the versatility of machining aluminum parts, from aerospace and automotive components to custom designs for electronics and medical devices.
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A: Aluminum CNC machining is a type of manufacturing process which utilizes computer-controlled milling machines to automate the cutting of blocks of solid plastic and metal, like aluminum, into incredibly precise parts. It is best known for high-speed cutting of metal and plastic parts that are easily manufactured and possess good mechanical properties.
A: Most common types of aluminum used in CNC machining include alloys of 6061, 7075, and 5052. The Western world has come to accept them as standards. Each type has different set of characteristics tailored to fulfill particular functions requiring specified mechanical properties. It depends on what you want the machined parts for.
A: CNC milling takes a workpiece and removes material from it using rotating cutting tools, therefore, it is classified as subtractive manufacturing. On the other hand, CNC turning entails rotating the workpiece while the cutting tool remains stationary. Even though both processes can be employed to cut aluminum, it is often easier to achieve complex geometries and features with milling.
A: The machined components were made from aluminum and they were subjected to CNC processes. This specific type of machining is done in the medical hardware industry and in prototype electronics housings use. Furthermore, other applicable uses include automobile parts and parts from aerospace Industries. Extrusions of aluminum are useful because of their domestic applicability and due its functional capability.
A: For the specific purpose of having CNC machined parts manufactured from Aluminum, consider the following procedure listed below. The first steps include registering the company account online, which provides further submission of creating CAD models in 3D which are then provided to the company offering machining services. A multitude of these corporations exist offering effective order procedures that include uploading files, specifying structures, choosing materials and establishing prices. Allocated quotes can be examined and anyone can buy all the raw materials they want for parts of machines made from aluminum.
A: There is a generalized lead time for performing CNC operations on aluminum parts; it sits within the range of 1-3 days for simple parts, with complex parts taking several weeks depending on the capacity and demand of the shop. Furthermore, the lead time also depends on the complexity of the part, volume, and capacity of the shop.
A: Sure, one could implement different materials with aluminum in a CNC machining project. The use of aluminum in combination with structural metals like steel and various plastics is quite common. These form the type of components which utilize the advantages offered by different materials.
A: As compared to other metals, aluminum is more affordable and cost-efficient in terms of CNC machining. It has lesser machining requirements as compared to harder metals such as steel which means lower production time, tool wear, and overall cost. Still, some factors need to be factored in such as alloys of aluminum used, its complexity, and the volume purchased.
A: It is important to partner with reliable suppliers who specialize in aluminum CNC machining services. Obtain details about their quality assurance procedures, as well as the precision and polishing grade selection. Many providers offer inspection reports and can work to specific industry standards. Moreover, it is beneficial for them to understand the scope of their work concerning CNC mills, CNC routers, and other associated hardware.
