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Teflon Dam
Teflon dams are utilized in plastic converting machine testing. These dams, made of Teflon material, are strategically placed to control the flow and containment of molten plastic within the machine. They provide excellent heat resistance, chemical resistance, and prevent leakage or overflow during testing processes.
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Anilox Roller
An anilox roller is a key component in plastic converting machine testing. It transfers a controlled amount of ink or coating onto the doctor blade, which then applies it to the printing or coating rolls. This ensures consistent and precise ink or coating distribution for optimal print quality.
Doctor Blades
Doctor blades are utilized in plastic converting machine testing to control the application of inks or coatings. They act as flexible, precise scraping tools, removing excess material from the printing or coating rolls, ensuring uniform coverage and high-quality results.
Web Camera
In printing and lamination machines, a web camera is employed for the correction of printing registration. The camera captures real-time images of the printing process, allowing for precise alignment and adjustment to ensure accurate registration and high-quality printed output.
Static Electrode And Unit
Static electrodes and units are extensively used in printing and lamination machines to eliminate static charges on film. These devices generate ionized air or apply direct charges to neutralize static electricity, ensuring the film remains static-free during the testing process, preventing issues such as misfeeding or improper winding.
Printing Cylinder
Printing cylinders is used in plastic converting machine testing. These cylinders feature engraved or etched patterns that transfer ink onto the plastic material, allowing for precise and consistent printing. They enable accurate evaluation of printing quality and performance during testing processes.
Static Mixer
Static mixers are essential in plastic converting machine testing. These devices efficiently blend and homogenize plastic materials by dividing and recombining them through a series of stationary mixing elements. They ensure consistent material composition and quality control during the testing process.