Do you know the difference between swiss lathe and cnc lathe process?

       Hello everyone This is HANBS, a swiss lathe of manufacturer, and I'm Sonya, I'm happy to share some knowledge about Swiss lathes and CNC lathes with you. Today I would like to talk to you about the Swiss lathe and CNC lathe process. Are they different? Let's get started!

Processes of Swiss lathe:

• 1. Turning: Used to work on the contours and dimensions of bars, suitable for strip bars.

• 2. Drilling: For drilling holes in bars, often used to make mating holes.

• 3. Threading: Used to make internal and external threads to fit fasteners and connectors.

• 4. Milling: although not comparable to specialized milling machines, some Swiss lathes can perform simple milling operations.

• 5. Chamfering: to ensure smooth transitions at the edges of parts

• 6. Grooving: used to create slots or grooves to increase the functionality of the part.

• 7. Cutting: Cutting off the material bar after the part has been machined.

CNC lathe proces

• 1. Turning: mainly used to process the outer circle, inner hole and end face to form various shapes of parts.

• 2. Milling: a few CNC lathes are equipped with milling function, which can process flat surfaces, grooves and complex contours. 3. drilling: it is used to drill in the workpiece.

• 3. Drilling: Used for drilling holes in the workpiece, suitable for machining mating holes and other holes.

• 4. Threading: internal and external threads can be machined, suitable for fasteners and connectors.

• 5. Chamfering: Ensures smooth transition at the edge of the workpiece.

• 6. Slotting: Used to cut slots or grooves to add functionality to parts.

• 7. Cutting: To cut the workpiece from the bar when the process is finished.

• 8. Cutting: Processing of various shapes using different cutting tools.

Let's look at the differences between them

1. Design and structure

CNC lathe: Generally larger, suitable for machining a variety of workpieces and more flexible.

Swiss lathe: compact design, designed for small diameter and long workpieces, usually with sliding headstock.

2. Machining methods

CNC lathe: It can perform various machining, including turning, milling, drilling, etc., and is suitable for machining complex shapes.

Swiss lathe: mainly focus on turning and small diameter parts production, emphasizing high precision and productivity.

3. Material

CNC lathe: Widely applicable to various materials, including metals and plastics.

Swiss lathe: mainly used for metal materials, especially aluminum, brass and stainless steel.

4. Production efficiency

CNC Lathe: Suitable for both small and large batch production, but complex parts may require longer machining time.

Swiss lathe: high efficiency for small parts and large production, able to change quickly.

5. Accuracy and surface finish

CNC lathes: High precision is achieved, but complex parts may require additional surface finish.

Swiss lathe: Usually with higher precision and better surface quality, reducing the need for post-processing.

6. Operational complexity

CNC lathes: Relatively simple and flexible in operation and programming.

Swiss lathes: more complex to operate and require higher operator skills.

To summarize

CNC lathes excel in flexibility and a wide range of machining processes, while Swiss lathes excel in high precision and small part production. The choice between the two depends on specific machining needs and production goals.

Well, this is the whole content of this article, if you are interested in Swiss lathe or CNC lathe, or have any questions, please contact us. I can be contacted and we can discuss it together!