Laminating is a process of bonding multiple layers of material together to create a single composite structure. This process is often used to improve the strength, durability, and appearance of materials.
The most common type of laminating is performed by sandwiching a plastic film between two sheets of paper or cardstock, and then applying heat and pressure to bond the layers together. The result is a durable, water-resistant, and more rigid document that can withstand wear and tear, as well as fading from light exposure.
Laminating is widely used in various industries, including packaging, construction, and printing. For example, laminating can be used to protect maps, posters, and other important documents, or to create laminate flooring, countertops, and wall panels.
In addition to these practical uses, laminating can also be used for artistic and decorative purposes, such as creating custom laminated cards or bookmarks. Overall, laminating is a versatile and practical process that is essential for many industries and applications.


Converting refers to the process of taking raw materials, such as paper, film, or foam, and transforming them into a finished product, such as a label, pouch, or sheet. Converting involves several steps, including slitting, rewinding, die-cutting, printing, and laminating, to name a few. The specific steps involved in converting will depend on the type of product being produced.
Converting is a critical part of many industries, including packaging, printing, and paper products. The converting process plays a key role in ensuring that materials are properly prepared for their intended use, whether that's as a label for a food product, a pouch for a consumer product, or a sheet of foam for a cushioning application.
Converting companies typically specialize in specific types of products, such as labels, flexible packaging, or paper products, and have the equipment and expertise necessary to produce these items efficiently and effectively. They work closely with their customers to understand their needs and provide solutions that meet their specific requirements.
Overall, converting is a complex and specialized process that is essential for the production of a wide range of products. It requires a combination of technical skills, specialized equipment, and close collaboration with customers to ensure that the end product meets their needs and expectations.


Die-cutting is a process used to cut and shape materials, such as paper, cardboard, plastic, and foam, into specific shapes and sizes. The process involves using a die, which is a metal tool with a cutting edge in the shape of the desired product, to apply pressure to the material and cut it into the desired shape.
The die-cutting process can be performed using a variety of methods, including rotary die-cutting and flatbed die-cutting. In rotary die-cutting, the material is fed through a cylindrical die that cuts the material as it passes through. In flatbed die-cutting, the material is placed on a flat surface and the die is pressed down onto the material to cut it.
Die-cutting is commonly used in the packaging, printing, and paper products industries to produce a wide range of products, including boxes, cartons, labels, and packaging components. The process allows manufacturers to produce complex shapes and designs that would be difficult to achieve through other methods, such as printing or manual cutting.
The die-cutting process is often performed in combination with other converting processes, such as printing, laminating, and slitting, to produce finished products.

Slitting, Sheeting, Rewinding

Slitting, sheeting, and rewinding are three closely related processes used in the paper, film, and foil converting industries. These processes are used to transform large rolls of material into smaller, more manageable sizes.
Slitting refers to the process of cutting a roll of material into smaller rolls of a specified width. This is typically done using a slitting machine that uses a rotating blade or series of blades to cut the material.
Sheeting refers to the process of cutting the material into sheets of a specified length. This is typically done using a sheeting machine that uses a combination of knives and cutting rules to produce sheets of the desired size.
Rewinding refers to the process of winding the smaller rolls or sheets of material back onto cores for storage or further processing. This is typically done using a rewinding machine that takes the smaller rolls and winds them back onto cores for shipping or storage.
These processes are often performed in sequence, with the large roll of material first being slit into smaller rolls, which are then sheeted into sheets, and finally rewound back onto cores.
Slitting, sheeting, and rewinding are critical processes in the converting industry, as they are used to produce a wide range of products, such as labels, packaging, and printed materials. They allow manufacturers to take raw materials and transform them into finished products that meet the specific requirements of their customers.


Flocking is a finishing process that involves adding a layer of fine fibers to a surface to create a velvet-like texture. The fibers used in flocking can be made of various materials, such as nylon, polyester, or velvet, and can be dyed to match the color of the surface being flocked.
Flocking is commonly used in the textile, automotive, and packaging industries to create a soft, velvety texture on a variety of surfaces, such as fabric, paper, or plastic. It is often used to enhance the appearance of products, as well as to provide a non-slip surface.
The flocking process typically involves applying an adhesive to the surface to be flocked, and then using electrostatic or mechanical means to distribute the fibers evenly across the surface. The fibers are then cured to bond them to the surface, creating a permanent texture.
Flocking is a versatile and cost-effective process that can be used to add a unique touch to a variety of products. It is also a durable and long-lasting process that can withstand wear and tear, making it a popular choice for various applications.
Overall, flocking is a useful and attractive finishing process that can be used to enhance the appearance and functionality of a wide range of products.

Package Design Capabilities

Package design capabilities refer to the skills and equipment required to design and produce packaging for various products. This encompasses a wide range of activities, from concept and prototyping to production and fulfillment.
Some common package design capabilities include:
  • Concept development: This involves creating the initial design concept for a package, including its size, shape, and materials.
  • Prototyping: This involves producing a physical prototype of the package to test its functionality and appearance.
  • Printing and graphics design: This involves creating and printing the graphics, text, and other information that will appear on the package.
  • Material selection: This involves selecting the appropriate materials for the package, taking into account factors such as durability, sustainability, and cost.
  • Tooling and production: This involves producing the necessary tooling for mass-producing the package, as well as managing the production process.
  • Fulfillment and distribution: This involves delivering the finished packages to the customer and managing the logistics of distribution.
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