The most suitable type of high-speed punching machine for punching mesh--OREKU high-speed punching machine

  When OREKU High Speed Punching Machines are used for punching mesh holes, the selection of the appropriate hole type depends mainly on the specific application requirements, material characteristics and production efficiency. The following are some common types of mesh and their characteristics, which can be used as a reference for selection.
   1. Round hole:Round hole is one of the most common hole types, which is simple to produce, and the hole size and hole spacing can be customized according to the demand. Round hole perforated mesh has good ventilation, light transmission, filtering effect, widely used in a variety of areas
    2. PEAK SQUARE HOLE: Square hole perforated mesh has square holes, which are neatly arranged and beautiful. This type of hole has good strength and rigidity, commonly used in the need to withstand a certain pressure or weight of the occasion.
   3. Long holes: Long holes include long square holes, long round holes, etc. They are suitable for applications that require through holes or connections in specific directions.
   4. Shaped holes: including diamond-shaped holes, plum blossom holes, fish scale holes, patterned holes, pentagram-shaped holes, etc. These hole types have a more sense of design and can be used for decorative or special functional occasions.

    When choosing the right hole pattern, you also need to consider the thickness and hardness of the material as well as the punching capacity of the press. For OREKU high-speed punching machines, due to their high-speed and high-precision features, they are usually suitable for high-volume production and occasions that require high precision. Therefore, when selecting the hole pattern, priority can be given to those hole patterns that can give full play to the advantages of high-speed punching machines, such as round holes, square holes and other common, regular hole patterns.
In addition, it is also necessary to consider the design and manufacturing cost of the mold. Some complex hole patterns may require more complicated mold structures, thus increasing manufacturing costs and processing difficulties. Therefore, when selecting the hole pattern, various factors need to be considered comprehensively in order to achieve the best production efficiency and economic benefits.
In conclusion, OREKU high-speed punching machine should select the appropriate hole pattern according to the specific application requirements, material properties and production efficiency. In actual application, it may also be necessary to carry out tests and verification to determine the optimal choice of hole pattern.