ADEWO X1E PRO: Bringing Stripping Rule Processing into the Die-Making Workflow

Improving Stripping Die Preparation Through Dedicated Tooling and Integrated Steel Rule Processing

In packaging and printing production, efficient waste removal is an important part of the die-cutting process. As packaging designs become more complex and production requirements continue to increase, die makers face growing demands for accurate and consistent stripping die preparation.

However, stripping performance is not determined solely by the stripping station on the die-cutting machine. The design, positioning, and processing quality of stripping components within the die also play an important role.

This makes stripping rule processing an important consideration during die manufacturing.

With the ADEWO X1E PRO automatic creasing and cutting machine, stripping rule processing can be integrated into the same equipment platform used for conventional steel rule processing. Through dedicated tooling and flexible configurations, X1E PRO provides die makers with a more convenient solution for handling specialized stripping rule requirements.

1. Understanding Stripping Rules in Packaging Die Making

Stripping is the process of removing unwanted waste material from a die-cut sheet, helping separate the finished packaging blanks from surrounding scrap.

In packaging die-cutting, a stripping system typically consists of specially designed stripping components that work together to remove waste material after the cutting process.

Stripping rules are among the components used in stripping die structures. Their configuration and positioning are determined by the die design and the intended waste-removal requirements.

Unlike conventional cutting rules, stripping rules serve a specialized function within the stripping structure.

Their processing requirements may vary depending on:

• The shape and size of the waste areas.
• The structure and layout of the stripping die.
• The required waste-separation method.
• The specifications of the stripping components.
• The requirements of the final packaging application.

Proper stripping rule preparation helps die makers build stripping structures that correspond to the intended die design.

2. Why Does Stripping Rule Processing Matter?

In traditional die-making workflows, specialized stripping rule processing may involve additional manual operations, separate tooling arrangements, or independent production steps.

When different steel rule types require different processing methods, operators may need to spend additional time preparing tools, adjusting equipment, and organizing finished rule sections.

These additional operations can make production management more complicated, particularly for workshops handling multiple packaging die designs.

For die makers, the challenge is not simply processing individual steel rules. It is ensuring that different rule types can be prepared efficiently and consistently according to the requirements of each die.

Integrating specialized rule processing into an existing production workflow can help simplify these operations and provide greater flexibility for die-making workshops.

3. ADEWO X1E PRO: Expanding Steel Rule Processing Capabilities

The ADEWO X1E PRO is an upgraded automatic creasing and cutting machine developed to meet the changing requirements of modern die manufacturing.

Through continuous improvements to its mechanical structure, tooling configuration, and software system, ADEWO has expanded the machine's capabilities beyond conventional cutting and bridge-making operations.

With the appropriate tooling configurations, X1E PRO supports various steel rule processing applications, including:

• Steel rule cutting
• Bridge making
• Lipping
• Perforation
• Cut crease processing
• 4pt / 8pt creasing rule processing
• Stripping rule processing

By bringing these processing functions together on one equipment platform, X1E PRO helps die makers handle a wider range of steel rule requirements without relying entirely on separate processing equipment.

For manufacturers producing different types of packaging dies, this flexibility can be particularly valuable.

4. Dedicated Tooling for Stripping Rule Processing

One of the important features of X1E PRO is its independent tooling system.

Different processing operations can be equipped with their corresponding dedicated tools, allowing operators to select the appropriate tooling according to the required steel rule application.

For stripping rule processing, dedicated tooling provides a more specialized approach to handling this particular type of steel rule.

The independent tooling design offers several practical advantages:

• Dedicated Tool Configuration

Different steel rule processing operations can use their corresponding tools, helping operators select the appropriate configuration for each application.

• Convenient Tool Replacement

Individual tools can be replaced independently without dismantling the entire tooling set, making tool changes more convenient.

• Flexible Tool Combinations

Different tooling configurations can be arranged according to the processing requirements of individual die designs.

• Customized Processing Options

Tooling specifications can be discussed and configured according to customers' actual steel rule processing requirements.

This modular approach allows die makers to adapt the machine to different production needs.

5. Intelligent Software and Automatic Rule Management

Besides its mechanical and tooling improvements, X1E PRO incorporates software functions designed to simplify steel rule processing and material management.

The system can automatically recognize required rule lengths and perform corresponding cutting and bridge-making operations according to the programmed requirements.

After processing, finished steel rule sections can be automatically sorted into different receiving boxes according to their lengths.

This reduces the need for manual sorting and helps operators organize processed materials before die assembly.

The machine also features a multi-rule cassette with a capacity of approximately 6–7 coils of steel rule material.

This configuration allows different rule materials to be prepared within the same machine, helping reduce frequent material preparation and switching operations.

Combined with its dedicated tooling system, these features provide a more organized approach to handling multiple steel rule processing requirements.

6. Bringing Stripping Rule Preparation Closer to Die Production

As packaging production increasingly adopts automated die-cutting and stripping systems, the requirements for die preparation are also changing.

Automated stripping relies on the coordinated design and performance of multiple components, including stripping rules, stripping plates, and other waste-ejection elements.

The accuracy and suitability of these components can influence how effectively waste material is separated during production.

For this reason, stripping preparation should be considered during the die-making stage rather than treated only as an adjustment problem after the die reaches the production floor.

By supporting stripping rule processing alongside conventional cutting and creasing rule operations, X1E PRO gives die makers more flexibility when preparing specialized stripping components.

It also helps bring more of the steel rule processing workflow into one production environment, reducing the need to manage every specialized operation separately.

For die-making workshops, this means having more options when handling different packaging die requirements.

For packaging converters, working with a die supplier capable of preparing specialized stripping components can also help support their production requirements.

7. A More Integrated Approach to Modern Die Making

The packaging industry continues to demand greater flexibility, consistent processing quality, and efficient production workflows.

As a result, specialized steel rule processing is becoming an increasingly important consideration for modern die-making workshops.

ADEWO continues to improve its equipment based on practical die-making applications and customer requirements.

With its upgraded mechanical structure, independent tooling system, intelligent software, and support for specialized stripping rule processing, the X1E PRO offers a flexible solution for manufacturers looking to expand their steel rule processing capabilities.

Rather than treating stripping rule processing as an isolated operation, X1E PRO brings it closer to the broader die-making workflow.

Looking to expand your stripping rule processing capabilities?

Contact ADEWO to learn more about the X1E PRO, its dedicated tooling configurations, and solutions for your packaging die-making requirements.

About ADEWO

ADEWO specializes in the development and manufacturing of die-making equipment for the packaging and printing industries. Its product range includes automatic bending machines, creasing and cutting machines, laser welding machines, and other specialized die-making equipment.

With a focus on equipment innovation, practical applications, and customer requirements, ADEWO provides solutions to help die makers improve their production capabilities and optimize their manufacturing workflows.