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Ball Shaft
The Ball Shaft is a key component utilized in slitting machines. It provides smooth rotation and stability for various machine functions, including serving as a quick lock mechanism for securely holding and releasing paper cores during the converting process.
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Rotary Cutter System
The Rotary Cutter System is a vital feature utilized in plastic converting machine testing. It employs a rotating cutter mechanism to precisely cut plastic materials, ensuring accurate and clean cuts for various applications in the converting process.
Hole Punch
A versatile tool for creating holes, the hole punch is essential for enhancing air circulation in various applications such as nursery bags and fruit bags. It promotes optimal ventilation, aiding in the growth and preservation of plants and fruits.
Lug Type Airshaft
The Lug Type Airshaft for slitter machines is a cutting-edge solution for seamless and efficient slitting operations. Its robust lug design ensures secure gripping and precise control, guaranteeing reliable tension management during the slitting process, thereby enhancing overall productivity and performance. Available in following materials:- Steel, Rubber, Plastic, Pipe-Steel & Aluminium.
Air Shafts
Air Shafts are essential components in plastic converting machine testing. They provide a reliable and efficient method for securely holding and supporting rolls of plastic materials during unwinding and rewinding operations, ensuring smooth and controlled material handling for accurate and consistent converting results.
Pneumatic Break
The Pneumatic Brake is a commonly used feature in plastic converting machine testing. It utilizes pneumatic pressure to control the tension of the material, allowing for precise control and adjustment during unwinding or rewinding processes, ensuring smooth and consistent operation.
Conveyor Belts
Conveyor belts are integral in plastic converting machine testing. These belts facilitate the smooth and continuous movement of materials or products during the testing process. They ensure efficient transfer, precise positioning, and reliable handling, enabling thorough assessment of the machine’s functionality and performance.