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Spring coilers can be configured to produce a wide variety of spring shapes and sizes, but many of their basic components are the same across the board. Interchangeable cassette tooling allows for a high degree of versatility, so a single machine can produce many different springs. Even using the same tooling, operators can adjust spring parameters to a significant degree.
The world as we know it is full of advanced coiling machines. We have progressed from the old-fashioned, rigid designs we had to the various <a href="https://www.cyspringmach.com/product/cnc-spring-forming-machine/">CNC Spring Forming Machine</a> that have become a common sight around us.
Today, we intend to take a critical look at a salient part of the automatic CNC spring coiling machine – the coiling point. With this article, we will be able to know the coiling point in detail and how it controls the formation process of any spring-forming machine. Written below is everything as well as other information that you need to know.
Different clients might require different spring qualities and attributes. Everybody must not want the same thing. That means it is of great significance that an output spring looks everything like what the client has ordered otherwise there might be trouble. With the help of the coiling point, the angle of the spring can be duly decided along with some other important parameters. It ensures that the machine is able to fix the said angle to a high level of accuracy. That is because if the angle is accurately fixed, the angle of the spring and other qualities will be affected as well.
Modern CNC spring coiling machines can be divided into single-point or dual-point coilers. Dual-point coilers have two coiling points that make contact with the wire to coil it into the correct shape. Single-point spring coilers function with the same principles but utilize only one coiling point.
Single-point spring coilers are more versatile in the types of springs they can produce. Dual-point spring coilers are well suited to producing straight compression springs. While slightly more complex, dual-point spring coilers can also be adjusted with more precision. Just like we have different spring-forming machines, we also have different coiling point arrangements.
Either type of machine can make quality springs, so it comes down to understanding each customer’s individual needs. If the customer’s production requires a mixture of spring types, and they want to change quickly from coil springs to torsion springs with bent ends, a single-point coiler would prove more efficient. Depending on the shop and application it could be beneficial, from a productivity standpoint, to utilize both methods of coiling. Like many other components of a spring-making machine, the essence of the coiling point is one we are not to take for granted. From what we have studied so far, it is obvious that the correctness of spring has everything to do with the normalcy of the coiling point. It was also established that even the angle of the spring is equally manipulated at the coiling point. Perhaps, this is so because the current CNC Spring Wire Forming Machine has been designed to rely heavily on the coiling points. Even if there is a new brand of spring-making machines, there is a possibility that the coiling point will still play a vital role in the spring production process. But until that happens, we need to look at things the way they are, and that is giving credit to the coiling point for a great job.
