A4/A3 Sheeting Machine

The A-4 / A-3 sheeting machine is designed to manufacture precise-sized A-4 (210 x 297 mm) and A-3 (297 x 420 mm) sheets at high speed. It is a state-of-the-art machine that can handle uncoated copier paper with a GSM range of 70 to 100.

The A-4 / A-3 sheeting machine comes equipped with a reel stand with an American pneumatic brake system, a web aligner from Germany, a de-curling unit, a dancing roller mechanism, an American pneumatic cutter for slitting, and a robotic arm for collecting the counted sheets and placing them on the conveyor. It also has two separate reel stands with automatic web aligners, and four pockets for storing the sheets.

The A-4 / A-3 sheeting machine has a web speed of 150 meters/minute, making it capable of producing a large volume of sheets in a short amount of time.

The recommended floor space for the A-4 / A-3 sheeting machine is 20x13x5.5 meters. It is important to ensure that there is adequate space around the machine to allow for safe operation and maintenance.

The recommended floor space for the A-4 / A-3 sheeting machine is 20x13x5.5 meters. It is important to ensure that there is adequate space around the machine to allow for safe operation and maintenance.

The A-4 / A-3 sheeting machine is designed to handle uncoated copier paper with a GSM range of 70 to 100. It is important to use the correct type of paper with the machine to ensure that it operates correctly and produces high-quality sheets.

The A-4 / A-3 sheeting machine can handle reel widths ranging from a minimum of 440mm to a maximum of 890mm.

The A-4 / A-3 sheeting machine has a sheet length accuracy of approximately ±0.5mm and a sheet angle accuracy of approximately ±0.5mm. This is achieved through the use of a synchro cutting system, which ensures that the sheets are cut at the correct length and angle.

The A-4 / A-3 sheeting machine requires a power supply of 415 V ± 10%, 50 Hz, 3 Phase, and has a connecting load of approximately 42 KW (without A415 Vir COMPRESSORS). It is important to ensure that the power supply is stable and sufficient for the machine’s operation.