Are you looking to boost your roofing sheet machine production capacity? If yes, then you’ve come to the right place. In this post, we’ll guide you through the step-by-step process of calculating your machine’s production capacity using a formula. By the end of this article, you’ll be able to optimize your machine’s performance and improve your productivity.
Use this formula: tons/width(m)/thickness(mm)/0.00785=meters
Example: For example, your machine working speed is 15mpm,your coil width and thickness are 1.25m and 0.5mm. Then let’s see how many meters one ton is.
1/1.25/0.5/0.00785=203m
So 1 ton is about 203m.
Step 1: Determine Your Working Speed
The first step to calculating your machine’s production capacity is knowing its working speed. This speed is measured in meters per minute (mpm) and determines how much material your machine can produce in a given time frame. Once you know your machine’s working speed, you can move on to the next step.
Step 2: Measure Your Material Width and Thickness
The next step is to measure your roofing sheet material’s width and thickness. These two factors are crucial in determining your machine’s production capacity. Ensure that you measure your material accurately to get precise results.
Step 3: Calculate the Meters Per Ton
To calculate the meters per ton, you need to use the formula mentioned above. Divide one ton by the product of the material width, thickness, and 0.00785. This formula gives you the number of meters that one ton of your roofing sheet material can produce.
Step 4: Determine Your Hourly Production Capacity
Once you have calculated the meters per ton, you can determine your machine’s hourly production capacity. Multiply your machine’s working speed by 60 minutes and divide the product by the meters per ton. For example, if your machine’s working speed is 15mpm and one ton of your material produces 203 meters, then your hourly production capacity would be approximately 4.43 tons, which is about one coil roll.
In conclusion, calculating your roofing sheet machine’s production capacity using this formula is a simple process that can help you optimize your machine’s performance and improve your productivity. By following the steps outlined in this post, you’ll be able to determine your machine’s hourly production capacity and take steps to maximize it. So go ahead and try it out, and let us know how it works for you!