Engineering brings to mind heavy machinery, large workshops but there is a branch which deals with minute parts and where most of the job is computer aided. As the word precision suggests this branch of engineering helps design machines and components which require high level of accuracy. Precision engineers have the ability to design and develop machines and movements where intricate functioning is possible. CNC turning is computer numerical control turning machine. Turning is a process where the machine cuts in a more or less linear movement while the work table turns. Earlier these were manually operated but today they are computer programmed. 

 

Precision engineering is used in many highly sophisticated areas like automobiles and aerospace designing and manufacture, optical industry, semi-conductors and telecommunication, electronics and subsea industry. The parts required to create machines like cars, aircraft and space craft leave no scope of deviation. Precision engineers with their skill help design machines or smaller parts with zero tolerance. This increases efficient functioning of the machines and their overall performance. CNC turning machines manufacture parts which are extremely vital for these highly developed products. Parts are produced in bulk where once the sample is approved. Manual supervision is reduced as the turning machine operates with the help of computer-aided systems.

 

CNC turning machines can function without stopping as the same job is repeated hence production is possible at low costs. These machines need to completely shut down for occasional maintenance and repair. Various materials like stainless steel, plastic, brass, aluminum, nickel and iron can be used in these machines and therefore a wide range of industries benefit hugely from CNC precision engineering. Top quality products are manufactured at reasonable cost. Precision engineers design machines and processes where high level of quality control is possible. This enhances overall safety of the project and process. Precision engineering gave rise to automatic assembly of components as the end result is defined and there is no chance of movement away from the standard.

 

Precision engineering is a sub discipline of electronics, electrical, software, mechanical and optical engineering. Precision engineers have basic knowledge of all these branches hence are specialists in the true sense. They design machines with high degree of correctness and as a result production of scrap is reduced. This leads to cost efficiency in production. Components which require high accuracy to be fitted in car, watch or computer are processed by robots or similar machines. These can repeat the job without fatigue or wear and tear so overhead cost is reduced. CNC turning lowers scope of human error and reduced labor cost as manual intervention is minimized.

 

CNC turning machines can easily be upgraded and re programmed with change in their computer programs. Flexibility of the machines make them very popular in many industries were bulk production is the norm. Same machine can be used for various kinds of production. Production time is reduced as human intervention is minimal in the process. With precision engineers it is possible to make further advancement in technology as critical jobs are possible efficiently and precisely. Jobs which were quite unimaginable earlier are possible today with the technology provided by precision engineering. Many wonders of science are reality today only because of precision engineering.

 

For any critical job you can take advise of   precision engineers     .   CNC turning     machines reduce production time to great extent as machines work much faster than humans.