Laser Cutting Time Calculation

In the heaviest thickness the punch plasma maintains a 40 percent cost advantage over laser cutting. The area of a box surrounding the design called the bounding box is the amount of material needed. The costimator lasercut cost model will calculate the time and cost to lasercut a part with four input variables.

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Laser cutting in the processing of the limit material is inefficient and the effect will be reduced cannot be continuous processing.

Laser cutting time calculation.

To price laser cutting online we need to extract two pieces of info from uploaded design files. The time the job takes on a laser is dependent on the type of materials and the thickness of the materials being cut. Based on these inputs the cost model will calculate the appropriate cycle time and cost per piece. The cutting capabilities of the laser is directly proportional to the beam quality and beam waste of the laser.

Material type and thickness cut distance and number of holes. And thinner while the advantage for punch plasma increases as material gets thicker. For the cutting of high anti corrosive materials such as copper and aluminum attention should be paid to adjusting the process. Things to be aware of are the.

Laser cutting offers a lower cost for material about 12 ga. These are only estimations and do not include material labor costs or setup fees. Laser cutting costs are calculated by the time a job takes on the laser. It is not recommended to continuously process for a long time.

2 1 abrasive water jet cutting 6 2 2 laser cutting 8 2 3 oxyfuel cutting 10 2 4 plasma arc cutting 12 3 cut quality 16 3 1 iso 9013 16 3 2 other quality measurements 18 4 cut edge cracking 20 4 1 edge cracking 20 4 2 methods to avoid edge cracking 21 5 preheating experiments 24 5 1 results 26 5 2 analysis 26 6 interviews 27 7 calculation models. In this scenario the precision plasma cutting process has the highest cost of the three processes. Laser process calculator the synrad laser processing calculator not only allows you to evaluate the feasibility of laser cutting applications with better predictive algorithms and visual feedback for various material types but it now includes the ability to evaluate simple laser marking applications. Chart 4 illustrates the characteristics for the four cutting lasers.

The length of all the cuts in the design can be used as a rough estimate of the cutting time consumed. Approximately 80 of the time while the program is running the laser is cutting this is the majority of the processing time.