Non standard tools refer to tools that do not meet national or industry standards, and they may encounter some common problems during use.
Below will introduce some common problems and related solutions for non-standard cutting tools.
1. Tool quality issues
The manufacturing process of non-standard cutting tools usually lacks strict quality control, resulting in significant uncertainty in quality. Common problems include substandard tool hardness and low surface finish of the tool. The solution is to choose a reputable manufacturer to ensure the quality of the cutting tools can be guaranteed.
2. Tool accuracy issues
The machining accuracy of non-standard cutting tools is often low, and they are prone to dimensional errors or shape deviations, which can affect the cutting effect and machining quality. The solution is to conduct strict dimensional testing before using non-standard tools. If there is a significant error, the tools should be replaced in a timely manner to ensure the accuracy of the processing results.
3. Poor wear resistance
Improper selection of non-standard tool materials can lead to severe wear and tear, resulting in shorter tool life. The solution is to choose appropriate tool materials, such as using materials such as high-speed steel or hard alloy to make tools, in order to improve the wear resistance of the tools.
4. Low transmission accuracy
Some non-standard cutting tools have unreasonable transmission structure design, resulting in low transmission accuracy and problems such as vibration or noise. The solution is to optimize the design of the transmission structure to ensure smooth and noise free tool transmission, in order to improve cutting accuracy and processing efficiency.
5. Insufficient firmness of the handle
The design of the shank connection of non-standard cutting tools is often unreasonable, which can easily lead to looseness or fracture. The solution is to choose a tool with a reasonable handle design to ensure that the handle can be firmly connected to the tool, improving processing safety and accuracy.
6. Short tool life
Non standard cutting tools often have a short service life due to poor quality or unreasonable design. The solution is to choose high-quality and reliable tool manufacturers, use high-quality materials to make tools, and apply appropriate coating treatment to extend the service life of the tools.
7. Difficult to repair and replace parts
Some non-standard cutting tools have unique component designs that make it difficult to find replacement parts or repair them. The solution is to communicate fully with the manufacturer when purchasing non-standard tools to ensure that the tools can receive support for repair and replacement of parts during use.
8. Unstable tool performance
Due to factors such as the manufacturing process and material selection of non-standard cutting tools, unstable performance often occurs, such as significant differences in cutting effects of cutting tools on different materials. The solution is to choose the appropriate tool type and material, conduct trial cutting tests, and find the most suitable tool solution.
In summary, there are some common problems with non-standard cutting tools during use, such as issues with tool quality, accuracy, wear resistance, transmission accuracy, etc. For these problems, solutions can be found by selecting reliable tool manufacturers, optimizing tool design and material selection, and conducting strict quality testing. At the same time, sufficient communication with manufacturers, timely repair and replacement of parts, can also help solve tool problems.
Manager Gu
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