Why does CNC digital cutter need 3 cutting heads?

CNC cutting machines are designed with three cutting heads to handle complex and varied tasks more efficiently. The specific reasons will be explained below.

1. Multi-process processing
The three cutting heads can complete different processes simultaneously or sequentially. For example: the cutting process is realized by the above-mentioned equipment, which can perform the necessary operations simultaneously or sequentially. One of the cutting heads is used for the main cut, which can be made with an oscillating knife or a circular knife. Crease/Fold Line: The second cutting head is used for the crease line, thus facilitating subsequent folding. Punching and marking are also possible. The third cutting head is used for auxiliary operations such as punching or drawing. The device is configured to perform various tasks without human intervention, significantly increasing efficiency.
2. The equipment is compatible with a variety of materials, each requiring specific tools and setup. For example, hard materials require the use of sharp knives, while soft materials may require the use of specialized blades or rollers. The three-head configuration can be flexibly switched according to material characteristics to enhance adaptability.
3. Reduce downtime
In traditional single-head equipment, tool changes or setup adjustments often result in downtime. The three-head configuration can be preloaded with different tools and automatically switched, reducing tool changing time and improving production efficiency.
4. Improve processing accuracy
The ability of multiple heads to work together allows for precise handling of complex patterns or versatile cutting needs, eliminating errors caused by frequent adjustments.
5. Adapt to mass production
In the case of large batches and complex design orders, three heads operating simultaneously can reduce processing time and meet fast delivery requirements.

To sum up, the configuration of three machine heads enhances the versatility, efficiency and flexibility of the equipment, enabling it to better meet the needs of modern industry for efficient, precise and intelligent cutting.