Method for detecting the ability of mechanical engraving machine

 1. “Whether it is comfortable to use” is the most direct method for the ability of mechanical engraving machine to detect. With the popularity of computer engraving machines in the advertising and signage industry, computer engraving machines are no longer just a symbol of strength, but have become a real-purpose mass production tool. Typical applications of computer engraving machines in the advertising and signage industry include: processing of badges, cutting of crystal characters, carving of three-dimensional characters, production of sandbox parts, processing of light box components, processing of organic products and engraving of embossed characters and patterns. The most important features of the above applications are: fine product requirements, small processing area, and small tools for machining. The use of small tools results in higher production efficiencies, which requires equipment features and processing techniques that must be professionally characterized. Must be produced in batches. It is difficult to produce good economies of scale without batches.


2. Operators with practical production experience are clear: it is easy to do one job, but it is difficult to work without accidents and in batches. This will test whether the tool is "comfortable and easy to use." The most notable features of the professional engraving machine are: professional engraving CAD/CAM software and CNC engraving machine for professional, close matching. When using a professional computer CNC engraving machine for batch processing, the professional engraving software can ensure that the operator can smoothly design and generate a reasonable and efficient processing program: when the materials are loaded, the tools are adjusted, and the operation is started. The player only needs to “listen to the cutting sound of the tool” to determine whether the tool is worn or not. If necessary, the tool can be replaced, which is basically not occupied. When the processing is completed, if the processing effect of some areas is not met, the operator can use it on the machine. The repair function was slightly remedied on the spot, and a batch of work was completed fluently. This is a good job!


3. The computerized engraving machine with low degree of specialization has designed an ideal processing method for the operator - there is no unexpected situation during the processing. If this premise exists, there is no problem in the work of this engraving machine, but the facts There is no accident in the long-term batch processing, there is no such thing, at this time it is necessary to "not easy". The main performances are: the difficulty of precise positioning of the tool adjustment and the insufficiency of the repair process in the field. This may result in: the positioning accuracy of the tool is low, affecting the accuracy of the finished product, and the field cannot be repaired. It is necessary to repeat the processing to reduce the processing efficiency.