Generally, CNC machining metal materials include aluminum, stainless steel, mild steel, brass, copper, alloy steel, tool steel, titanium, Inconel, invar, etc. Select the right material and consider the suitable surface finishing at the beginning of your project.
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We provide many metal alloys and on-demand CNC machining services to make prototypes and functional parts.
| All Materials | Description | ||
|---|---|---|---|
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Aluminum | Excellent strength-to-weight ratio, high thermal and electrical conductivity, low density great machinability, good ductility, good corrosion resistance, good mechanical properties. | |
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Copper | Excellent electrical conductivity, good machinability, low friction coefficient, good mechanical properties, high strength. | |
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Steel | Excellent machinability and weldability, high strength and toughness, high hardness and stiffness, wear, fatigue, and corrosion resistant. |
There are two main technologies of CNC machining: CNC Milling and CNC Turning.
CNC Milling is the most common and popular machine in CNC manufacturing. CNC Milling machines utilize rotary cutters to remove material from a part mounted on the machine bed. There are different types of CNC Milling systems, the most common type is 3-axis CNC machine. 3-aixs means the system has 3 linear degrees (the X, Y, Z axes) to produce parts. While the advanced one is 5-axis CNC machine, which owns 5 degrees of machining freedom and is suitable for creating parts with highly complex geometric geometries. Besides, 5-aixs CNC Machining is ideal for simplifying manufacturing steps.
CNC Turning, or we call CNC lathes remove material from workpiece mounted on rotary chucks by utilizing stationary cutting tools, which is an ideal solution to producing parts that are symmetrical about a central axis. Therefore, CNC lathes usually make cylindrical parts. But if CNC Turning systems equipped with CNC Milling tools, non-cylindrical parts can be manufactured as well. It can be a versatile solution for manufacturing. Combining high productivity and efficiency of CNC Turning with machining capabilities of CNC Milling, the system is being able to manufacture parts in a variety of geometries with rotational symmetry.
G-code Files Preparation
Like 3D Printing needs slicer software to covert the STL file so that 3D printers can read and understand each layer data of the model, the first step for CNC Milling is to convert the CAD file into a language that the machine can work with, that's G-code.
Mount the Workpiece on the Fixtures
The operator will place the material that is cut to a specific size on the machine bed. Normally, the piece of the material is always called the blank or workpiece. Then it is time to mount the workpiece on the machined bed or by a vice.
Select the Right Cutting Tools
As the computer controls the CNC cutting tools to move to the pre-set coordinates, so precise positioning and alignment of the workpiece is significant to manufacture high-accuracy parts. Special metrology tools, probes, for instance, are ideal solutions for this step.
Cutting and Removing Materials from the Workpiece
Then, the workpiece is ready for machining. The machine uses professional cutting tools and rotating the at high speeds to remove material from the workpiece. However, at the very first steps, the machine removes at a relatively low speed and accuracy to gain an approximate geometry.
Flip the workpiece if necessary.
Sometimes, the model is not being to achieve full features by single setup from the cutting tools, to flip the workpiece is necessary.
CNC Machining produces parts with very tight tolerance, which means the technology can create parts with extreme high accuracy. The technology tends to create final parts with no defects, and the final parts can be used directly in applications.
Most materials of metal CNC machining have good mechanical properties, making the parts are high-quality and suitable for high-end applications, aerospace, engineering, and automobile, etc.
CNC Machining is the most cost-effective manufacturing process to produce metal parts from single prototypes to even up to hundreds of batch production.
CNC Machining needs less workers to operate as most of the process is automatically, which save personnel cost and enhance personnel safety.
Wenext offers a comprehensive range of CNC machining services for metal parts from rapid prototyping to mass production. With over 400 sets of CNC Milling (3-axis & 5-axis), CNC Turning, EDM, and Wire Cutting machines, our in-house capacity ensures your requirements are satisfied, with no minimum order requirements and no hidden costs.
| Capabilities | ||||
|---|---|---|---|---|
| Process | Maximum Printing Size | Lead Time | Tolerance | Minimum Layer Thickness |
| CNC Milling | 1000mm * 1000mm * 600mm | 4 Business Days | Milling Only: Up to ± 0.025mm With Wire Cutting or EDM: Up to 0.002mm |
$$$ |
| CNC Turning | 1000mm * 600mm * 600mm | 4 Business Days | Up to ± 0.0025mm | $$$ |
* For expedited lead times or parts that exceed the maximum part size contact hello@wenext.com
1. What tolerance standards do you guarantee?
2. What is the maximum dimension you can machine?
3. How much does your CNC machining service cost?
4. How to track the status of my job?
5. What kind of surface finish can I expect from the parts?
6. How long can I expect the parts?
7. I can't find the material I'm looking for, what do I do?
8. Can you design and make drawings for us?
9. Can you lathe parts?
10. Can CNC machined parts be powder coated?
11. How many metal materials do you offer?
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