The brush is an indispensable tool in daily life and a common accessory in industrial production. The brush industry has a very broad market prospect. Therefore, brush-making companies are working hard to improve production capacity and production efficiency, and also put forward high requirements for the processing technology and processing efficiency of hair transplanting machines. As the most basic production machines in the brush industry, the improvement and improvement of the skills of drilling machines and hair transplanting machines have received great attention.
The hair transplanting machine can be used to manufacture various brushes for daily use, such as toothbrushes, brooms, shoe brushes, wooden brushes, wire brushes, copper wire brushes, toilet brushes, etc. In the field of industrial brushes, such as brush rollers and disc brushes, drilling machines and hair transplanting machines are also inseparable.
The hair transplanting machine can be divided into different types according to different distinction standards. According to the number of axes, it can be divided into two axes, three axes and more than four axes; according to the function, it can be divided into hair transplanting machines, drilling machines and drilling and transplanting machines. Two-axis and three-axis machines are commonly used now, because most products only need two-axis and three-axis machines, and machines with four axes or more are used to produce some special-shaped brushes. Now high-end five-axis drilling/hair transplanting machine equipment has high speed, multi-operation simultaneous drilling and transplanting, various special-shaped brush processing, self-programming, good performance but expensive.
Requirements for hair transplanting machine control system:
The current hair transplanting machine speed requirement is generally 500-1000 holes/minute; it can recall 100-2000 processing graphic files, and can input up to 1000-100,000 holes; it supports U disk function, which can easily and conveniently complete the copying of processing files between machines; it supports handheld box operation, etc., and has password protection function.
The hair transplanting machine system generally adopts two processing data operation modes: teaching and correction; it has an intuitive processing status display system, so that users can quickly know the processing process and adjust it at any time; it has processing data correction functions such as adding, correcting, inserting, and deleting, which is convenient and convenient to deal with problems such as hole offset, multiple holes, and leaking holes.
For some regular graphics, for example, a row of regular holes, the distance is equal, or one part is the same as another part, but the position is different, then some special functions can be used to quickly generate the required data. These functions include hole division, copying, translation and generation of common tricks.
Through the hole division function, regular hair planting drilling graphics can be quickly generated. The copy function supports the copying of the entire processing hole position and the copying of part of the processing hole position, without re-entering the processing data. It has a translation function, which can accurately translate and process the hair planting drilling holes of the product as a whole, without manually modifying the data, and the operation is simple and convenient.
Common tricks generation, such as square holes, plum blossom holes, herringbone holes, elliptical holes, etc., require the input of several specific parameters and can generate the entire hair planting processing data.
In terms of operation mode, it has full-automatic processing, semi-automatic processing, full-hole processing, hole filling processing, single-step processing, and single-step processing. Simulation processing function. The above processing methods can also be cross-configured as needed.
