YOU CAN achieve serious precision with computer numerical control or CNC, creating even the most complex parts. Factories are saving thousands on manpower as modern milling machines require minimal oversight. DTS UK sell, supply, service and maintain milling machines and lathe machines for several industries. 

Perhaps you’re still unsure what a milling machine looks like and how they function. Not to worry! Here is DTS’s guide to milling machines, covering what they are and when to use them.

What Is A Milling Machine?

In basic terms, milling machines are cutting machines that can work on different types of workpieces in various materials. There are traditional manual milling machines and computer-operated milling machines. CNC milling machines are automated versions of manual milling machines that operate with digital instruction to produce products on a large scale without the need for human intervention. 

Milling machines are capable of being calibrated horizontally and vertically, depending on your requirements. Horizontal milling machines can handle bulkier materials and deeper grooves. Vertically calibrated machines are better suited for shallow and intricate parts. 

When should I consider a milling machine?

Any good quality milling machine will require a considerable financial investment, so we recommend researching whether it’ll work for you before investing. 

A milling machine will suit your needs if:

• You produce parts that require a sequence of different cutting processes on mass
• You're hoping to reduce the number of manual labourers you employ. 
• Your products need to be perfectly precise to function
• You're currently experiencing costly faults and are looking for a better method. 
• Currently, your products are taking too long to manufacture, and you want to speed up the process to remain profitable. 

What are milling machines useful for?

The aerospace and automotive industries for part cutting are two common ones that regularly use milling machines. However, if your industry manufactures complex products that require fashioning metal or wood can benefit from a milling device.  

Milling machines are used to create:

• Parts for aeroplanes. Aeroplane parts must be accurate and precise, or they won’t fit together correctly. Any gaps could be fatal since they’ll affect internal cabin pressure.
• Parts for vehicles like cars or motorcycles. Road vehicle parts also need to be accurate, or they won’t collaborate properly. Engines particularly are intricate.
• Parts for medical machinery. X-Ray and MRI machines are assembled with parts that can be cut using milling machines. CNC milled parts are incredibly precise.

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