Applications of Industrial die cutting machines.
Applications of industrial die cutting machines are vast and diverse, making them an indispensable solution for a variety of industries. This kind of machinery is capable of cutting and shaping various materials, including paper, cardboard, plastics, textiles, leather and metal. They are commonly used in the manufacturing of custom parts, packaging and product assemblies.
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In addition, die cutting machines are ideal for creating intricate designs and shapes with high precision, making them popular in industries such as medical, pharmaceutical, labels, consumer goods, automotive and electronics.
With their versatility and efficiency, applications of die cutting machines are enormous. That’s why they are an asset to any manufacturing operation.
Conductive Insulation Pads
Anti-Dust Foams / Meshes
Battery Release Strips
OCA / DS Adhesives
OCA (Optically Clear Adhesive) double-sided adhesives provide high transparency and bonding on both sides, making them ideal for bonding two surfaces while maintaining clarity, such as in touchscreens and displays.
Screen Protectors
Another application of Industrial die cutting machines are the screen protectors. Commonly used on smartphones, laptops or other electronic devices to protect the screens from scratches or cracks.
Medical & Cosmetics
Industrial die cutting machines have various applications in the medical and cosmetics industries. They are used to produce precision parts and products, such as wound bandages, protective face masks, tab electrodes, among others.
Automobile
Printing & Packaging
Screen Frame Adhesives
RFID Labels
RFID Labels are one of the most used applications of die cutting machines. They contain an integrated circuit and antenna that allows them to communicate with RFID readers. Are commonly used for inventory management, logistics and supply chain management.
Graphite Thermal Pads
Graphite thermal pads are thin, flexible sheets made of graphite material that are used to improve heat transfer between electronic components and heat sinks. They provide excellent thermal conductivity, high thermal stability, and are easy to apply and remove.