The use of 3D printing in precision engineering
3D printing is not a new technology, but in recent years it has become more readily available. This has enabled more businesses, including Sussex precision engineering companies, to make changes to the way in which they operate. It is now more widely used within the precision engineering field to create a wide range of 3D objects.
What is 3D printing?
3D printing can be achieved simply by using a laptop or PC and a specific software package, such as CAD, to create a 3D solid object. During the printing process each individual layer of the 3D model is broken down to build up a 3D replica.
3D printing is now becoming more important for precision engineers and it is being used throughout the world. 3D printing can be used by many different industries to enable engineers to create a range of objects, including medical products such as dentistry implants and even in maxillofacial surgery, which treats diseases affecting the face, mouth, jaws and neck.
How 3D printing is used in precision engineering
There are a number of practical applications for 3D printing in the precision engineering industry, which can be used by engineering companies such as http://www.sussexprecision.co.uk to generate complex and detailed objects. They are now a crucial part of the prototype process, providing the ability to create accurate working models from computer designs.
Many of the areas of technology that we use every day, including cars and computers, have been influenced by precision engineers. In these areas it is vital that components are placed in precisely the right place every time; for example, if one element of a car was positioned wrongly, it would prevent it working. Precision is therefore crucial in every area of the industry. The addition of 3D printing has been revolutionary in the sector, as it makes it quick and simple to copy an object identically many times.
The technology is continuing to improve and offer more benefits. Engineers have recently developed a way of printing that enables them to produce minute objects with a width less than that of a human hair.
3D printing has become of enormous benefit to the precision engineering sector. It removes the issues of human error and reduces costs and lead times. In the coming years we will see the influence of 3D printing