CNC machining has become a common manufacturing process today. High precision and accuracy is required for parts and assemblies with tight tolerances. Using CNC machining it is possible to achieve tolerances as small as +/- 0.01 mm.

CNC Machining is typically a subtractive manufacturing process that id epically intended for producing parts and components made from materials such as metals, alloys and engineering plastics. When we talk about the final parts, they can be produced either CNC milling or CNC turning that depends on the required designs of your parts. There are different sorts of CNC machines are available to be used accordingly for different parts. Usually, the CNC machined parts often vary in intricacy. Hence, it is essential to choose an appropriate CNC machine while producing parts, be it simple parts to demanding or extremely complex curved geometries. In simple words, the types of CNC machines used to produce parts are such as a CNC lathe, a 3 axis CNC milling machine, or a 5 axis machining center. However, the parts intricacy will regulate which machine part will be suitable for the job, for example, the intricacy, geometry, and dimensions of parts as well as the tolerances, end-use of the product and the material used.

Advantages of Precision CNC Machining Services

• Repeatable and Fast helps Low Volume Engineering
• Offers Detailed and High Tolerance Specifications
• Wide Range of Production
• Provides Great Surface Finishing

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Custom CNC Milling Services

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CNC Turning Service

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Metal: Aluminium, Nickel, Stainless, Steel, Titanium, etc.

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CNC Prototyping to Production

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Understanding Machining Process and Machine Tool

Machining is a controlled material-removal technique that cuts a material (typically metal) to a specified final form and size. Machining is used to make numerous metal items, but it can also be used make other materials like wood, plastic, ceramics, and composited. A machinist is a person who specializes in machining. Computer numerical Control (CNC), which uses computers to control the movement and operation of mills, Lathes and other cutting equipment, is utilized for a lot of modern machining.

CNC Machining

Common Tolerances in CNC Machining

Engineering tolerances are a necessary requirement when defining product measurements. Unless the customer specifies any certain tolerances, the parts will usually be made according to a general tolerance grade. Thus, it is in the designer’s interest to define part tolerances for the appropriate features before handing it over for CNC machining.

General Tolerances

General tolerances may be defined for linear or angular measurements, as well as for chamfers or other rounded parts. These tolerances specify standard tolerances for 4 different classes based on their range for a part dimension.

These classes are arranged into a chart that separates the different tolerance limits as very coarse (v), coarse (c), medium (m) and fine (f)

The range for each tolerance limit for a particular dimension bracket is based on international standards (EN 20286, JIS B 0401, ISO 286, ISO 1829, ISO 2768, ANSI B4.1, ANSI B4.2).

Quality Precision Machining

At Bavarian Machening Works, we strive to improve our internal processes and to go the extra mile to ensure everything we do is completed to a high standard.

We have a team of experienced professionals and together with our collection of cutting edge inspection equipment, you can be assured that all your quality requirements will be exceeded.

We’ve rigorously pursued industry certifications for quality management and control to improve our service for customers. The Bavarian Machening Works Quality Management System has been established to increase customer satisfaction and confidence. By implementing a quality system, Bavarian Machening Works is ensuring that customer satisfaction and quality of products are always considered a priority.

Bavarian Machening Works is redefining precision machining. When you partner with us, you can be confident that you are working with a team that is passionate about quality.