Rotary Die Cutting Machine

Why Choose Us

Ease of cutting: Rotary die cutting machines can cut through just about any material, from paper and magnets to foam, metal, and cork, at efficient speeds.

 

Speed and efficiency: Rotary die cutting is an excellent choice for completing large production runs. Since the cutting pattern is set in the machine, it does not need to be adjusted between cuts, meaning that it can process large amounts of material with little to no error.

 

Quick turnarounds: Rotary die cutting’s efficiency makes it easy to move materials from concept to finished product.

 

Precision: Rotary die cutting replicates precise cuts, so you can be sure each item you produce is identical to the last. It’s the most accurate die cutting option, which is why it’s often favored for production runs that require consistency and uniformity.

 

Less waste: Rotary die cutting creates less waste than other procedures, which is both more economical for the company and more sustainable for the environment.

 

Multipurpose: Rotary die cutting machines can perform several tasks depending on the project’s needs, such as laminating, kiss cutting (to create adhesives), embossing, and more. They can also perform inline packaging as required.

 

Durability: Rotary die cutting machines rely on straightforward processes that result in minimal wear and tear on components.

Applications of Rotary Die Cutting Machine

Packaging: The packaging industry uses rotary die cutting to produce a number of flexible packaging products, such as pouches, sachets, and bags. Additionally, rotary die cutting machines are used to cut cardboard and corrugated cardboard to create boxes and cartons.

 

Labeling: Rotary die cutting is used by many label manufacturers to create custom labels in a variety of shapes and sizes. These might include product labels, barcodes, and security labels.

 

Automotive: In the automotive industry, rotary die cutting machines are used to cut gaskets and seals from foam, rubber, and other materials.

Medical: The medical sector uses rotary die cutting machines to manufacture bandages, wound dressings, diagnostic test strips, and adhesive components used for medical devices.

 

Stationery: Notepads, sticky notes, file folders, and custom-shaped paper products are all created with rotary die cutting.

 

Electronics: This process is used to manufacture components such as EMI/RFI shielding materials, insulators, and protective films for electronic devices.

 

Adhesive tapes: From duct tape to masking tape, rotary die cutting is crucial in the production of adhesive tapes.

Key Components of Rotary Die Cutting Machines

Rotary Die Cutting Machine Maintenance Tips

Cleaning
Rotary die body and blades: It is recommended not to use metal tools for adhesive removal, wooden tools are highly suggested due to less of a chance to damage blades. Chemical cleaners must not exceed a PH 10, it could pit blade tips or remove proprietary coatings due to acidity.

Anvil cylinders: Clean the surface and check for scratches or dents. Regularly inspect the bearer area for wear and ensure it is well lubricated.

Bearer areas on both dies and anvils: These areas influence cut quality, so keep them clean and properly lubricated.

Gears: Regularly inspect and clean gears to prevent the buildup of oil and paper dust in the teeth, which can lead to registration issues.

Alignment and Calibration
Maintaining proper alignment and calibration is crucial for the optimal performance of your die-cutting machine. Over time, factors like debris buildup, wear and tear, or other external factors can affect the machine’s precision in registration and cut quality.

To address this, we suggest conducting a quality assurance (QA) test during scheduled maintenance checks or periodically during downtime. This test should involve checking the gaps of all magnetic cylinders every six months, documenting any changes in values, and conducting regular inspections of bearings and die stations.

Storage
Proper storage is a crucial aspect of die-cutter maintenance to safeguard the condition and performance of your dies. After cleaning, ensure that each die is stored securely to prevent accidental damage or exposure to harmful elements.

Consider wrapping the dies in oil paper and storing them in protective hanging bags, cardboard rolls, flat boxes, or designated storage containers like our recognizable blue boxes. Whether you use solid cutting dies or flexible ones, apply a light coating of acid-free oil before storing them.

Handling
Proper handling of dies is essential to maintain their quality and effectiveness. Mishandling, such as bending a flexible die or placing the die blade side down, can lead to damage to the blades or cylinders. Incorrect handling not only compromises the die’s performance but can also pose safety risks in extreme cases. Be sure to handle diseases with care and attention to preserve their integrity and ensure safe operation.