Spring coilers can be configured to produce springs of various shapes and sizes, but many of their basic components are identical. Interchangeable cassette tools have a high degree of versatility, so one machine can produce many different springs. Even with the same tools, the operator can adjust the spring parameters to a large extent.
The world as we know it is full of advanced coilers. We have developed from an old-fashioned and rigid design to various have become us Common sights around.
Today, we intend to critically take a look at a prominent part of the automatic CNC spring coiling machine-the coiling point. Through this article, we will be able to understand in detail the take-up point and how it controls the forming process of any spring forming machine. Written below is everything and other information you need to know.
Different customers may require different spring qualities and properties. Everyone can't want the same things. This means that it is very important that the output spring looks like the customer ordered, otherwise problems may occur. With the help of the winding point, the angle of the spring can be appropriately determined along with some other important parameters. It ensures that the machine can fix the angle to a high level. This is because if the angle is fixed, the angle and other qualities of the spring will also be affected.
Modern CNC spring coiling machines can be divided into single-point spring coiling machines or double-point spring coiling machines. The double-point coiler has two coiling points, which are in contact with the wire to coil it into the correct shape. The working principle of the single-point spring coil is the same, but only one inventory is used.
Single-point coils are more versatile in terms of the types of springs they can produce. Two-point spring coils are very suitable for producing straight compression springs. Although slightly more complicated, the two-point spring ring can also be adjusted more precisely. Just like we have different spring forming machines, we also have different coiling point arrangements.
Any type of machine can produce high-quality springs, so it boils down to understanding the individual needs of each customer. If the customer's production requires mixed spring types, and they want to quickly change from a coil spring to a torsion spring with a bent end, the single-point coiler will prove more effective. Depending on the workshop and application, from a productivity point of view, it may be beneficial to use two coiling methods. Like many other components of a CNC spring machine, the nature of the take-up point is something we don't take for granted. From our current research, it is obvious that the correctness of the spring is related to the normality of the winding point. It was also determined that even the angle of the spring was also manipulated at the crimp point. Perhaps this is because the current design of CNC spring wire forming machines is very dependent on the take-up point. Even with a new brand of spring machine, the coiling point may still play a vital role in the spring production process. But before that, we need to look at things the way things are. This is the inventory of great work.