How Many Small Rolls Can You Make from One Jumbo Roll?

How Many Small Rolls Can You Make from One Jumbo Roll?

Everyone knows the small thermal rolls are made from jumbo rolls on the slitting and rewinding machine, but: do you know how many small rolls you can make from one jumbo roll? If you know the answer, you will have a better understanding of how thermal rolls are produced, and how thermal roll prices are formed. In this article, we will answer this question for you!

First, we’ll assume you are familiar with the following:

If you understand these basics, we can go on to the question.

#1: How many 80mm x 80mm thermal rolls can you make from one jumbo roll?

Among the various paper roll sizes, 80mm x 80mm thermal roll is the most popular. We ship about 30 containers of 80mm x 80mm thermal rolls to the worldwide market every month. It is compatible with any receipt printer that requires an 80mm thermal roll, such as Epson, NCR, Uniwell, Sharp, etc. We normally use the 558mm x 6000m jumbo rolls to produce the 80mm x 80mm thermal rolls. So the question is: how many 80mm x 80mm thermal rolls can you make from one 558mm x 6000m jumbo roll?

blades on the slitting machine

The 558mm Jumbo Roll is Cut into 7 Rows

From the above picture, we see how the blades cut the jumbo rolls into 7 rows (558mm/79mm=7). Also, we know the 80mm x 80mm thermal roll’s length is 60m, so there can be 100 rolls (6000m/60m=100 rolls) cut out per row. Hence, 700 rolls (7 rows x 100 rolls per row = 700) can be made from one jumbo roll.

There is still an easier way to figure out this question. From this article, we can know one 80mm x 80mm thermal roll weighs 0.29kg (0.08m x 60m x 0.06kg/m² =0.29kg). Then we know that one jumbo roll weighs 200kg (0.558mm x 6000m x 0.06kg/m² = 200kg). So as we can easily see, we can get about 690 rolls (200kg/0.29kg=690) from one jumbo roll. This method allows a little tolerance in the calculating since there is some paper wasted in the manufacturing process. In any case, this is just another method for your reference.

#2: How many 57mm x 40mm thermal rolls can you make from one jumbo roll?

57mm x 40mm Thermal paper roll is another popular size. Many customers will combine this size with 80mm x 80mm thermal paper when they make a purchase from us. It is widely used in credit card terminals, mobile POS terminals, and many other applications. We usually use a 565mm x 6000m jumbo roll to produce the 57mm x 40mm paper size. So the question is: how many 57mm x 40mm thermal rolls can we make from one 565mm x 6000m jumbo roll? 

56mm width blades

The 565mm Jumbo Roll is Cut into 10 Rows

With the same method, we can see the blades can cut the jumbo rolls into 10 rows (565mm/56m=10). As the 57mm x 40mm thermal roll’s length is 12m, there can be 500 rolls (6000m/12m= 500) out per row. Hence we can get 5,000 rolls (10 rows x 500 rolls/row=5,000rolls) from one 565mm x 6000m jumbo roll.

We can also use the “weight method” to verify our calculating. The weight of single 57mm x 40mm thermal roll is 0.04kg (0.56m x 12m x 0.06kg/m²=0.04kg), and the weight of the jumbo roll is 200kg (0.565m x 6000m x 0.06kg/m²= 200kg), so we can easily get there can be 5,000rolls (200kg/0.04kg= 5,000rolls) come out from one jumbo roll.

Conclusion:

Understanding this question is important because you will then know how many jumbo rolls you need to procure when your customer places an order. This knowledge also lets you monitor your production rate. For example, if you know your jumbo roll should produce 5,000 rolls and your employee only produces 4900 rolls, your production rate is 98%.

Now, do you clearly understand these two questions?

  • How many 80mm x 70mm thermal roll can come out from one 636mm x 5800m jumbo roll?
  • How many 57mm x 50mm thermal roll can come out from one 565mm x 6000m jumbo roll?

You can leave your comment below to answer the questions. If you still have any questions or comments, please feel free to contact us at support@pandapaperroll.com.

2018-06-07T11:09:05+00:00 By |Thermal Paper|

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Frank Yoder
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Very interesting. Thanks for educating me on this process.
-Frank Yoder