1. Early maintenance time is too long due to the unfamiliar spinning process and the structure of the machine. If spin out of the product corrugated, horn mouth, length instability... These problems can be solved by adjusting the clamping pressure, changing process parameters, etc

2. Problems of the machine itself, for example, some lines inside the machine are opened and the thread ends are loose due to vibration during the handling process and jitter during machine processing

3. Electric tool holder fault, which is the most encountered and the most time consuming fault in maintenance. Due to the unfamiliarity and carelessness of workers in the machine, the tool holder fault will be doubled. The above blade is mostly due to the mechanical shock caused by the blade.

4. Due to frequent tool holder failures in the earlier stage, a tool holder is now being purchased for backup. Once the machine has a tool holder failure, it can be replaced in time, and some commonly used vulnerable parts can be backed up.

The use of spinning machines for metal spinning is considered by many to be as much an art as the science of manufacturing. Spinning itself is an artistic operation, but it is also a more complex level under the conditions of thermal rotation.

During the spinning process, metals may begin to crystallize, become brittle or become difficult to process - we call this "work hardening". This hardening mainly occurs in stainless steel or more exotic metals, and we spin in the form of stainless steel - although it may change any metal.

Typically, we need to send materials to companies specializing in annealing (metallurgy), which softens the metal through the process. When we get the metal, we can complete the spinning process.

In special cases, the cost of softening can be avoided by heating spinning. Keeping the metal at extreme temperatures will maintain the material's toughness throughout the spinning process.