Creasing Rule
Profile
Creasing rules are typically made from durable metals and come in various widths and profiles, including sharp and rounded edges. This design allows for clean creases while minimizing the risk of cracking in the material during the folding process. Additionally, creasing rules can be customized to meet specific production requirements, accommodating complex designs and varying substrate types.
Features
Purpose: It is designed to create a crease or fold line in materials like paper, cardboard, or plastic, facilitating easier and more precise folding.
Material: Typically made from metal, creasing rules are durable and can withstand repeated use.
Design: The rules come in various widths and profiles, often featuring a sharp edge for creating clean creases and a rounded edge to minimize cracking on the fold.
Customization: Creasing rules can be customized in length and shape to fit specific production needs, including complex designs for packaging.
Compatibility: They are compatible with various die-cutting and folding machines, allowing for efficient integration into production workflows.
Precision: Provides accurate and consistent creasing, which is crucial for high-quality finished products.
Ease of Use: Designed for easy installation and replacement in automated systems, enhancing productivity.
Advantage
Precision Creasing
Ensures accurate and consistent fold lines, leading to high-quality finished products.
Reduced Cracking
The design minimizes the risk of cracking in the material, especially important for thicker substrates.
Efficiency
Streamlines the production process by enabling quick and effective creasing, which can save time in manufacturing.
Customizability
Can be tailored to specific dimensions and shapes, allowing for flexibility in design and application.
Durability
Made from robust materials, creasing rules offer long-lasting performance, reducing the need for frequent replacements.
Compatibility
Works with various die-cutting and folding machines, enhancing versatility in production processes.
Improved Aesthetics
Creates professional-looking folds, enhancing the overall appearance of packaging and printed materials.
Cost-Effective
By increasing production efficiency and reducing waste, creasing rules can contribute to lower manufacturing costs.
Evidence
Industry Standards
Many printing and packaging companies adhere to industry standards that specify the use of creasing rules for optimal performance, reflecting their importance in quality control.
Case Studies
Numerous case studies document improvements in production efficiency and product quality when creasing rules are employed, showcasing real-world applications.
Technical Literature
Research and technical publications often discuss the role of creasing rules in reducing material waste, improving fold accuracy, and enhancing the durability of finished products.
Customer Testimonials
Feedback from businesses that use creasing rules frequently highlights their advantages, such as reduced production times and lower defect rates.
Manufacturers' Data
Manufacturers of creasing rules often provide performance data, including durability tests and comparisons that illustrate the benefits over alternative methods.
Workshops and Training
Industry workshops and training programs emphasize the correct usage of creasing rules, indicating their recognized importance in achieving high-quality results.
Specifications
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H*W (mm) |
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0.3*0.8 |
0.4*0.8 |
0.5*1.0 |
0.6*1.0 |
0.7*1.5 |
0.8*1.7 |
1.0*2.3 |
1.2*3.0 |
1.4*4.0 |
|
0.3*1.0 |
0.4*1.0 |
0.5*1.2 |
0.6*1.2 |
0.7*1.7 |
0.8*1.9 |
1.0*2.5 |
1.2*3.2 |
1.4*4.5 |
|
0.3*1.2 |
0.4*1.2 |
0.5*1.3 |
0.6*1.3 |
0.7*1.9 |
0.8*2.1 |
1.0*2.7 |
1.2*3.5 |
1.4*5.0 |
|
0.3*1.3 |
0.4*1.3 |
0.5*1.4 |
0.6*1.4 |
0.7*2.1 |
0.8*2.3 |
1.0*3.0 |
1.2*4.0 |
1.4*6.0 |
|
0.3*1.4 |
0.4*1.4 |
0.5*1.5 |
0.6*1.5 |
0.7*2.3 |
0.8*2.4 |
1.0*3.2 |
1.2*4.5 |
1.4*7.0 |
|
0.3*1.5 |
0.4*1.5 |
0.5*1.6 |
0.6*1.6 |
0.7*2.5 |
0.8*2.5 |
1.0*3.5 |
1.2*5.0 |
|
|
|
0.4*1.6 |
0.5*1.7 |
0.6*1.7 |
0.7*2.7 |
0.8*2.7 |
1.0*4.0 |
1.2*6.0 |
|
|
|
0.4*1.7 |
0.5*1.9 |
0.6*1.9 |
0.7*2.8 |
0.8*3.0 |
1.0*4.5 |
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|
|
|
0.4*1.9 |
0.5*2.1 |
0.6*2.1 |
0.7*3.0 |
0.8*3.2 |
1.0*5.0 |
|
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|
0.5*2.5 |
0.6*2.3 |
0.7*3.2 |
0.8*3.5 |
1.0*6.0 |
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|
0.5*2.7 |
0.6*2.5 |
0.7*3.5 |
0.8*4.0 |
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0.6*2.7 |
0.7*4.0 |
0.8*4.5 |
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0.6*3.0 |
|
0.8*5.0 |
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0.6*3.2 |
|
0.8*6.0 |
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0.6*3.5 |
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0.6*4.0 |
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0.6*5.0 |
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