Why Precision Engineering is Important

This is a specialist’s field of engineering which includes software, electrical and electronic disciplines. Precision engineering and manufacturing have both gained an important role in not just current, but future technologies. Precision engineering may not be something you hear about on a daily basis, but they are known as the masterminds behind new gadgets, in which most are seen in today’s markets.

Precision engineering mainly helps with design, development, manufacturing and measuring parts of a system. This ranges from formula 1 to pharmaceutical to aerospace. Dynamic modelling and scanning tunnelling microscopy are techniques which are used in precision engineering. Areas which are important to research are mainly focused on in the process, these include the four listed at the start of this paragraph. These 4 are done to gain high accuracy components including materials processing, optical fabrication, precision replication, semiconductor processing and more. The main role of a precision engineer is to build a detailed and systematic approach, which helps with looking out for dimensional errors.

Some industries are looking to expand their business and stay competitive. This means they are constantly looking for ways to improve their manufacturing process. Manual labours can be costly in long runs, errors made during manufacturing can damage company reputation and also affect their profitability. Precision engineering can help to get rid of the risk of errors with CNC (computer numerically controlled) machines. The production turnaround time is a lot smaller with the machines, this also benefits the cost and time assembling the machine too thanks to automatic assembling machines. Projects of any size can also be handled as you’ll be able to measure the accuracy of each stage.

Aspects of the manufacturing process need to be taken into consideration before buying a CNC machine. Aspects include:

  • Clean-up costs
  • Cost of maintenance
  • Design specifications
  • Machine capacity
  • Machine productivity
  • Type and size of components

Smaller business who cannot afford to buy one of these machines often outsource their operations to machining centres. The demand for precision engineers is also growing slowly across the UK as companies are looking to expand, start future projects and even outsource their operations.