What Is Precision Machining And Why Do We Need It?

What Is Precision Machining And Why Do We Need It?

A large number of objects that we use on a daily basis are made of intricate pieces produced through precision machining. Precision machining products are usually components that go into the manufacture of other products – both big and tiny, like cell phones, appliances, cars, and airplanes. These highly engineered precision components are not end products; they go into other products, making other technologies able to operate. Companies in this industry make high precision components – and are able to produce them in small or large quantities, depending on what is required.

Precision machining is applied to a wide variety of materials, including plastics, glass, graphite, bronze, and steel, among others, using a broad range of precision machining tools. Grinders, saws, drill presses, milling machines, and lathes are used in combination with each other. High-speed robotics, high-velocity machining, photo chemical etching and milling procedures may also be applied. Most of these tools are computer numerically controlled; this ensures that all items manufactured during the production run have the same exact dimensions.

Many industries depend on precision machining for their precision components. Aircraft aluminium alloys, custom-made automotives, satellites, surgical bone-drilling instruments, dental implants – all these make use of precision parts. Highly-technical industries like the automotive, dental, medical, military, and aerospace and other highly-advanced industries use a variety of precision components as essential parts in the manufacture of their end products.

The best companies in the precision machining industry seek to provide precisely manufactured parts by using the best machining technologies to maximum advantage. They employ well-trained technical machinists and engineers who are committed to manufacturing products according to exacting standards of quality. They take pride in their competencies which include screw-machine work, broaching, tapping, and CNC milling and turning.

The best companies stay ahead of the game by using the newest and most up-to-date tooling and machining equipment. Modern automated rotary deburring machines, horizontal turning centers and vertical and horizontal machining centers are just some of the machines they use for production. They are always willing to invest in new and sophisticated machines so that they are ahead in automation and CNC technology. They also use the latest manufacturing and design software. They are able to take on multiple jobs through their fully-equipped and powerful software packages like CAD and CAM which allow them to create exact 3D models and numerical codes for their CNC machines. Leaving no stone unturned, the best precision machining companies are able to do exceptional machining work at low production cost and reduced project turn-around time.

Charles works for a precision machining company in Norfolk. When he is not at work, he enjoys writing articles and blog posts featuring different tips to do with CNC engineering.