With the world more interconnected than ever in terms of trade and with the amount of people on our planet, parts and products need to be produced at a high rate. However, they also need to be produced to exact specifications in order to meet the demands of such industries as agriculture, aerospace, technology, medicine, and more. As a result, not only is speed required, but also repeated precision. Learn how CNC Swiss precision machining fills both requirements below.
What Exactly is CNC Swiss Precision Machining?
CNC Swiss precision machining is a type of technology that can form components requiring great strength, high reliability, and high precision. This type of manufacturing technique is especially adept at producing small and complex machinery parts. Unlike many traditional CNC machines that work on stationary parts, CNC Swiss precision involves the part moving along the longitudinal axis, while the cutting tool that is employed remains stationary.
Industries Where This Machining Is Used
The aerospace industry extensively utilizes this technology to manufacture such critical components like hydraulic fittings, landing gear parts, and fuel system parts. It is also utilized for mechanical components such as cockpit control electronic components and space motor mechanical components.
Other industries that utilize this technology include the medical industry, particularly with surgical tools that need to be plentiful and precise. The electronics industry where critical components need to be plentiful and precise to produce and operate all of the different electronics of today – from smartphones and tablets to computers and televisions.
