Manual die cutting creasing machine

The manual die cutting creasing machine is a specialized piece of equipment designed for die-cutting and creasing a wide range of materials, including cardboard, corrugated board, plastics, and leather. It is widely used in industries such as printing, packaging, decoration, and plastics.

The history of the manual die cutting creasing machine dates back to the 19th century, when manual die-cutting tools similar to pallet machines first appeared. At that time, craftsmen operated cutting and creasing tools entirely by hand. The process was cumbersome, inefficient, and limited in precision, but it laid the foundation for future development.

With the progress of industrial mechanization, mechanical transmission structures were gradually applied to these machines, making die-cutting and creasing more stable, improving both efficiency and accuracy, and expanding their use into packaging, printing, and related industries. Later, the rapid advancement of electrical, automation, and computer technology introduced PLC control panels, enabling higher levels of automation. Today, these control panels can also be integrated into our machines as optional components.

The workflow of the manual die cutting creasing machine is straightforward:

The operator manually places corrugated board, kraft board, leather, or other materials into the working area and aligns them with the die-cutting plate.

The machine then begins the die-cutting process.

Using the die-cutting and creasing mold, the machine performs cutting, flattening, creasing, and other operations according to the preset program.

The die-cutting plate, made from steel knives, hardware molds, steel wires, and other materials, applies pressure to roll and cut the material into the required shape.

The manual die cutting creasing machine can also be equipped with a hot stamping function, which works on the principle of heat transfer. Once the stamping template is heated to the required temperature, the material to be stamped is placed between the template and the designated stamping position on the paper box. With applied pressure, the metallic or pigment coating transfers onto the paper surface, forming the desired pattern or design with a smooth, high-quality finish.

If you would like to learn more technical details about this machine, please feel free to contact us!