Precision manufacturing leads the way in today’s world of custom machining. CNC Swiss turn lathes are critical to our manufacturing capabilities because they have the unique ability to produce extremely small parts. They do this at affordable prices while maintaining high precision and repeatability. Get more news about Precision Swiss Lathe,you can vist our website!

The advantages of using CNC Swiss lathes come from the mechanics and geometry in the tool zone. The guide bushing also provides adequate support to the workpiece. Therefore, we can make small parts while maintaining precision and accurate dimension. If you are curious about the ongoing Swiss lathe machining, read on for proper insights.
What is a Swiss Machine?
From the name, you would know that the Swiss-style lathes originated from Switzerland. The Swiss watchmaking industry introduced these Swiss crew machines to help produce tiny parts. After a couple of years, other industries started adopting the Swiss-type machine. The first-ever CNC Swiss machine was available in the 1970s.

Swiss-style lathes are also known as the Swiss screw machines, the Swiss turning machine, or the Swiss automatic lathes. This machine was created to make accurate and tiny components.

A Swiss Lathe is a machining engine that allows parts to move around the Z-axis when the tool is at a fixed point. This means that the Swiss turning centers make the part move on Z-axis at the time when the tool is not moving. The Swiss machine cutting provides a highly professional design.

Swiss-type machines have the capability to micro-machine tiny components with the required accuracy. As a result, manufacturers can achieve better results even in challenging situations. CNC Swiss-type machining facilitates the production of complex stainless components with 0.030 inches to 2 inches diameter range.

CNC Swiss-type machines are also compatible with other metal forms such as nickel, titanium, Inconel, and other nickel-based alloys. They only need close tolerances within 0.0001 inches circularity to 0.0005. This confirms that CNC Swiss-type lathes carry out extremely complex machining operations than many other CNC machining methods.
Milling, turning, boring, drilling, and knurling are the primary processes involved in CNC Swiss lathes. CNC Swiss lathes can operate on long, thin, and complex parts with great precision, accuracy, timing, and efficiency. This machining helps to manufacture small, complex parts on a large scale for several industries.

This manufacturing process is particularly useful in the defense, medical, automotive, and other major electronics-related industries. The application of a CNC Swiss-type lathe is also common in the medical industry. Here, it can meet the unique needs of intricate parts such as surgical tools.

Swiss machining also produces other standard components such as housings, implants, contact pins, inserts, sockets, and shafts. Therefore, it is also very useful for computers and IT, aerospace, electronics, fuel systems and energy, and defense system.