PRODUCTS

Creasing Rule - R Series


Creasing edge

Purpose of Creasing Rule

Creasing Rule, the primary function of creasing is to create controlled fold lines on the material, 
allowing it to bend without tearing or damaging its structure. Unlike cutting rules, creasing rules press rather than cut,
and are commonly used in packaging, cartons, boxes, and bookbinding applications.

Key Applications of Creasing

corrugated box creasing

 

1. Coordination of Creasing and Cutting

Creasing rules are typically used alongside die-cutting blades to ensure materials fold without cracking or deforming.
In carton production, creasing rules define fold lines, while cutting rules shape the outline.

 

2. Selection of Creasing Rule Height and Width

Creasing rules are usually 0.2–0.5 mm shorter than cutting rules to apply pressure without piercing through the material. Height is determined by material thickness and operator experience.
The width depends on the material thickness — wider creasing rules produce softer folds and are used for thicker materials.

 

3. Types of Creasing Rules

Standard Creasing Rule: Ideal for regular paper and cardstock, creates clear fold lines.

Double-Line Creasing: Suitable for thick or corrugated boards, reduces fiber cracking.

Kiss-Cut Creasing: Used for plastic materials like PVC or PET; partially cuts to create a foldable line.

 

4. Use of Creasing Pads (Counterplates)

Creasing effectiveness is closely related to the base material. Steel plates are commonly used to ensure even pressure.
Corrugated and thick materials require proper creasing channels (creasing matrix) to prevent layer breakage.

 

5. Special Applications

For leather, plastic, or composite materials, creasing may require special techniques such as heated or double creasing to ensure proper folding.
In automatic die-cutting machines, creasing pressure can be adjusted to suit different material requirements.

 


shape of creasing rule

KAMURA Creasing - K

Our specialized German-imported equipment can measure creasing heights to three decimal places during production.
Orders can be processed with two-decimal precision, offering the industry's most accurate and diverse range of creasing heights (K values).

Thickness
mm
Height
mm
Hardness
HV
Blade Tip Shape
0.71 16.00-50.00 320 SR
1.06 340 R
1.42 380 *
 * 400 *
 * 450
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