CNC-Milling Online
With meviy, you can order your specific milled parts quickly and easily online by uploading your 3D CAD file. We offer a wide range of materials and surface treatments. You can also have your milled part engraved.
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Our Wide Range of CNC-Milled Parts
- EN 1.0038 equiv.
- EN 1.0038 equiv. (Flat bar)
- EN 1.0038 equiv. (Annealed Material)
- EN 1.1191 equiv. (Flat bar)
- EN 1.1206 equiv.
- EN 1.1206 equiv. (Reference Hardness: 20-27HRC)
- NAK55 equiv.
- EN 1.4305 equiv.
- EN 1.4301 equiv.
- EN 1.4301 equiv.(Flat bar)
- EN 1.4401 equiv.
- EN 1.4016 equiv.
- EN AW-2017 equiv.
- EN AW-5052 equiv.
- EN AW-6061 equiv.
- EN AW-6063 equiv.
- EN AW-7075 equiv.
- Polyacetal (standard, white)
- Polyacetal (standard, black)
- MC Nylon (standard, blue)
- MC Nylon (standard, ivory)
- MC Nylon (black ash)
- Bakelite (paper, natural colour)
- Bakelite (paper, black)
- Bakelite (cloth, natural)
- Fluorine (standard, white)
- UHPE
- UHPE (conductivity, black)
- ABS (standard, natural colour)
- PEEK (standard, gray-brown)
- Black-Oxide
- Electroless nickel plating
- Hard Chrome Plating (Flash Plating)
- Trivalent Chromate (clear)
- Trivalent Chromate (black)
- Clear anodized
- Black anodized
- Black anodized (matt)
You can find more detailed information on our range of materials and surface treatments in our specifications.
Introduction to CNC milling
This article describes the basics of milling with CNC (computer numerical control) machines, an important process in modern manufacturing technology. Milling involves removing material from a workpiece using rotating cutting tools to manufacture complex shapes and precision components. These CNC machines offer numerous advantages over manual processes. Through automation, more precise and repeatable results can be achieved, leading to improved product quality and efficiency in manufacturing.
The milling machines work according to predefined programs, called CAM systems (computer-aided manufacturing), which control the movements of the tool. These programs are created using CAD software and contain PMI (product manufacturing information) about the parts to be manufactured and the required milling operations. There are different types of milling tools that are used depending on the requirements of the workpiece and the desired surface finish. Common tools include end mills, face mills and ball nose end mills.
The choice of material is an important aspect of milling. Various materials such as metals, plastics and composites can be processed. The right choice of material and the adjustment of cutting speeds are decisive for the quality of the machining and the service life of the tools. Milling technology is used in various industries, including the automotive industry, aerospace, electronics and medical technology. It enables the manufacture of precise parts and components for complex devices and machines.
Accuracy and precision depend on various factors, including the quality of the machine, the choice of tools and the experience of the operator. Careful planning and programming are crucial to the success of milling operations. Overall, milling with CNC machines offers an efficient and precise method of manufacturing high-quality parts and components. Due to the continuous development of technology and tools, milling technology remains an important part of modern manufacturing.
