1. Science / Technology

Benefits Of CNC Machining Medical Device Machining

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Benefits Of CNC Machining Medical Device Machining

One of the most adaptable traditional production techniques is CNC machining for medical device machining, which comes in a variety of forms. The variety of pieces that may be formed, the materials from which they can be made, and the production quantities all reflect the adaptability of CNC machining.

CNC Machining Requires No Fixed Tooling

An extra 3 to 4 weeks of manufacturing lead time may be required for the creation and machining of a specialised mould tool, such as one used for plastic injection moulding. This includes creating the mould as well as reviewing samples and perfecting the moulding conditions. The additional manufacturing time and development expense are justifiable for more oversized orders. But when it comes to rapid turnaround and low cost, CNC machining is difficult to beat for small production runs or even for a single one-off component. In the medical sector, parts frequently need to be produced rapidly and in modest amounts.

No Volume Restrictions For Medical Devices

A cutting programme may be produced extremely fast from a digital CAD file after it has been created. At the touch of a button, this coding application may be used to create a single part or any number of parts with the utmost precision and accuracy. Making single-use or unique bespoke components, which is frequently the case for highly specialised medical devices, appliances, equipment, prostheses, and other medical or surgical goods, is greatly facilitated by this.

CNC Machining Works With Different Materials

The most typical hard materials used for medical or surgical equipment, instruments, and end-use parts may thus be processed by ordinary CNC machines, with a few exceptions. These materials include aluminium, titanium, mild and stainless steel, PEEK, aluminium, and steel of the engineering grade.

CNC Machining Produces Parts Fast

Using CNC machining, it may only take a few hours to get from a computerised CAD file to a final product, depending on the intricacy of the medical item. It is sometimes difficult or impossible to forecast in advance the kind of parts or medical components that would be required at a moment's notice in the medical business due to the frequent occurrence of medical emergencies.

CNC Machines Can Be Portable

There are desktop-sized portable CNC machines available. Although these CNC machines may have certain capacity limitations, they are more than competent in producing and milling basic but accurate parts, appliances, fixtures, jigs, and other necessary medical or surgical components. The medical business greatly benefits from these gadgets since they reduce the requirement to find the closest manufacturing location.


Parts for medical equipment may be produced using traditional CNC milling and turning very fast, affordably, and in an infinite number. These advantages are provided without affecting the accuracy or precision of each component manufactured. Parts for medical device machining may be produced using traditional CNC milling and turning very fast, affordably, and in an infinite number.

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