Model | RKHF-220F | RKHF-330F | RKHF-460F | RKHF-550F |
Paper bag cutting length (C) | 190-390mm(without handle) 190-290mm(with handle) | 260-530mm(without handle) 260-430mm(with handle) | 380-750mm(without handle) 380-650mm(with handle) | 360-800mm(without handle) 360-700mm(with handle) |
Paper bag width (W) | 90-220mm(without handle) 120-220mm(with handle) | 130-330mm(without handle) 220-330mm(with handle) | 220-460mm(without handle) 250-460mm(with handle) | 220-550mm(without handle) 250-550mm(with handle) |
Paper bag bottom width (H) | 50-100mm | 70-180mm | 90-260mm | 100-250mm |
Paper thickness | 45-120g/m2 70-120g/m2 | 60-160g/m2(without handle) 80-160g/m2(with handle) | 80-160g/m2(without handle) 90-160g/m2(with handle) | 80-160g/m2(without handle) 90-160g/m2(with handle) |
Max. speed | 50-200pcs/min | 50-200pcs/min | 50-130pcs/min | 50-100pcs/min |
Paper roll width | 310-670mm | 430-1050mm | 650-1470mm | 670-1630mm |
Paper roll diameter | Dia1200mm | Dia1500mm | Dia1500mm | Dia1500mm |
Inner diameter of the paper roll | Dia 76mm | Dia 76mm | Dia76mm | Dia76mm |
Flat handle width | 12mm | 12mm | 12mm/15mm（choose one size） | 12/15mm（choose one size） |
Handle patch length | 95mm | 152mm | 190mm | 190mm |
Handle patch width | 50mm | 50mm | 50mm | 50mm |
Handle patch thickness | 100-120g/m2 | 100-120g/m2 | 100-120g/m2 | 100-120g/m2 |
Handle Height(with sheet) | 140mm | 140mm | 140mm | 140mm |
Machine supply | 380V, 50Hz, three phase, four wires | 380V, 50Hz, three phase, four wires | 380V, 50Hz, three phase, four wires | 380V, 50Hz, three phase, four wires |
Power | 28KW | 25KW | 25KW | 32KW |
Weight | 10000KGS | 18000 KGS | 21000KGS | 23000KGS |
Dimension | L12000*W5000*H2600mm | L12000*W5400*H2600mm | L13000*W5500*H2600mm | L13500*W5700*H2600mm |
Machine-made bags paper refers to the process of producing paper bags using specialized equipment designed to create uniform and high-quality bags. The machine used for making bags typically includes various components, such as a feeding unit, printing unit, cutting unit, pasting unit, and delivery unit.
The feeding unit uses paper rolls as raw material, which goes through the printing stage where varying designs, graphics, or texts are printed onto the paper. After the printing stage, the paper is then cut into the desired size and shape by the cutting unit. The pasting unit applies adhesive to the edges of the paper to form the sides and bottom of the bag. Finally, the delivery unit assembles the different pieces of the bag together and delivers it out of the machine.
Machine-made bags paper offers several benefits, such as efficiency, speed, and accuracy, ensuring that the bags produced meet the required specifications and standards. The use of machinery reduces the cost of production, making the bags more affordable for businesses and consumers alike. Additionally, the process of creating bags via machines reduces wastage and promotes eco-friendliness, making them an ideal choice for businesses looking for sustainable options.
In conclusion, machine-made bags paper provides a cost-effective and efficient solution for producing high-quality bags in large quantities while maintaining product quality. The process involves several stages, including feeding, printing, cutting, pasting, and delivery. The use of machines in producing bags ensures minimal wastage and promotes eco-friendliness, making them a popular choice for businesses and consumers who want to balance quality and sustainability.
how can we maintain the Full Automatic Paper Bag Machine
In order to maintain your Full Automatic Paper Bag Machine, you will need to regularly check and clean the machine. You should also check for any damage or wear and tear on the machine. If you see any damage, you should repair or replace the parts as soon as possible.
