Cut Optimization: Reduce Waste and Save Money
When working with plastic sheets and linear products, it's important to consider how to minimize waste and save money. One of the best methods to achieve this is through cut optimization, also called nesting or optimization. Let's take a closer look at the concept and how it can help us reduce material consumption.
What is Cut Optimization?
Cut optimization is the process of cutting out parts from a larger sheet or linear product in such a way that waste is minimized. This is done using software that calculates the most efficient cutting pattern. We offer such software, VisualCutter, which helps you optimize your cuts and save material.
When we cut out parts, it's important to consider the kerf, that is, the amount of material removed during cutting. Considering the kerf is important for optimizing the cuts. If we don't, we risk cutting away too much material, which leads to unnecessary waste.
When processing plastic sheets, it's also important to consider the material's direction. If parts are cut out in the wrong direction, the material may become weaker or more prone to cracking. We must also consider the minimum remnant, the smallest amount of material that can be left after cutting. Too small a remnant can be difficult to handle, while too large a remnant leads to unnecessary waste.
How can we consider all these factors and still save material and money? This is where VisualCutter comes in. With it, we can easily import our parts and sheets, and then let the software calculate the most efficient cutting pattern. The software takes into account kerf, material direction, and minimum remnant, and provides us with an optimized cutting plan that minimizes waste.
Examples of Material Savings
Here are some examples of how VisualCutter can help us save material and money. One customer used VisualCutter to cut out parts from an HDPE sheet. By using the software, the customer was able to reduce material consumption by 20%, which corresponded to a saving of 15% of the total cost.
In another example, a customer used VisualCutter to cut out parts from a POM-C sheet and managed to reduce material consumption by 25%, which corresponded to a saving of 18% of the total cost.
It takes much more work and planning to reduce waste without cut optimization. Without it, we have to manually calculate the cuts and consider all the factors that can affect the material and the cut. This can be time-consuming and lead to errors and unnecessary waste.
How much material and money can we save by using cut optimization? Is it possible to reduce material consumption by 30% or more? With VisualCutter, we can easily test and see how much material and money we can save.
Want to know more about how you can use cut optimization to save material and money? Please contact us for more information.
Cut Optimization: Reduce Waste and Save Money