Wood-Die
Origin of Die-Cutting Blades
Die-cutting blades (Thomson) originated from traditional die-cutting techniques, dating back to the development of the printing and packaging industries. In the late 19th century, as industrial manufacturing advanced, high-carbon or alloy steel blades were introduced to improve the precision and efficiency of cutting materials such as paper, leather,and rubber—gradually replacing manual cutting methods.
Wood Die：
Die-Cutting Blade：
This is the core component, typically made of high-carbon or alloy steel. Its height, angle, and sharpness are selected based on the material being cut to ensure clean and precise results.
Ejection Rubber：
Ejection rubber stabilizes materials during cutting, prevents misalignment, and improves speed and efficiency.
Creasing ：
It creates clean creases on materials, ensuring smooth folding and preventing cracks,
improving processing quality.
Punching :
The punching function on die-cutting tools is primarily used to create holes in materials. These holes can serve decorative, functional, or processing purposes. The design and configuration of the punching feature are adjusted according to different application scenarios to meet specific needs.
These components work together to ensure that the die-cutting tool performs optimally across various materials and application scenarios,
guaranteeing precision, stability, and efficiency in the die-cutting process to meet the needs of diverse industries.
