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Get fast and accurate results with our free Laser Cutting Time Calculator. Estimate cutting time for wood, metal, and acrylic in seconds.
Laser cutting looks simple. You load the file, hit start, and wait. But real jobs need a time estimate. You may ask, “How long does laser cutting take?” or “How do I estimate laser cutting time?” Our Laser Cutting Time Calculator solves that problem. It gives a clear and accurate time in minutes. You get fast results with no guesswork. The tool works for wood, metal, acrylic, and more.
It’s made for makers, students, shops, and hobby users. You don’t need math skills. You only enter a few values, and the tool does the rest. It’s as easy as pie.
A laser cutting time calculator is a small tool that helps you predict how long a cut will take. It uses real cutting data. It handles cut length, cut speed, pierce time, lead-in time, rapid moves, and setup time. It works for thin sheets and thick plates. It works for wood and metal. It helps you plan jobs, price work, and save time.
The idea is simple. A laser head moves at a set speed. Longer paths take more time. More pierces add more time. Slow lead-ins also add extra time. Our calculator measures all parts of a cut.
A good time estimate helps you in many ways. It cuts job stress. It improves planning. It makes job pricing easy. You know the real cutting time before you start. You can tell clients the time in a clear way. You can plan power use and job flow. This keeps things smooth.
A fast and clear estimate makes your work feel light. It’s like having a small helper in your pocket.
Laser cutting time is based on this simple formula:
Ttotal = Tcut + Tpierce + Tlead + Trapid + Tsetup
Cutting Time
Tcut = Lcut / Vcut
Lcut is the total cut length
Vcut is the cut speed
Pierce Time
Tpierce = Number of pierces × Time per pierce
Lead-in and Lead-out
Tlead = Lead length / Rapid speed
Extra Rapid Moves
Trapid = Total extra move time
Setup Time
Tsetup = Setup minutes
This formula is used for wood, metal, acrylic, and MDF. It works for CO₂ and fiber lasers.
You only need a few steps. You add the cut length, cut speed, pierce count, pierce time, lead-in length, rapid move time, and setup minutes. The tool runs the math. You then get the final time. It shows the time in minutes. It also shows it in hours when needed.
Think of it like a small GPS for your laser job. You enter the path. The calculator tells you the time.
Follow these simple steps:
You now get the full cutting time. You also see each formula step if you want deeper detail.
Wood cuts fast in most cases. A CO₂ laser moves with good speed. You still need a time estimate because long curves slow down the head. Our wood laser cutting time calculator helps you see the time before you run the cut. It works for plywood, MDF, and hardwood.
Metal takes more time. It needs pierces. It needs slow lead-ins. Thick metal slows the job even more. Our metal laser cutting time calculator uses the same formula but handles these slow parts well. It helps you plan small and big metal cuts with ease.
We built this tool to help makers and small shops. Many tools online hide the math. Many tools feel hard to use. We wanted a clean and easy system. You get direct results with no stress. You can use it for wood, metal, acrylic, foam, and more.
Laser cutting feels like magic, but time planning should not. Our Laser Cutting Time Calculator makes the whole task smooth. It helps you get fast, clear, and real estimates. You save time. You stay in control. You make better plans. The formula is simple. The tool is even simpler.
If you want a quick and smart way to plan your next laser cut, this calculator is your best friend. Give it a try. You’ll be glad you did.
You use the cut length, cut speed, pierce time, lead-in time, and setup time. You add them with the formula. Our calculator does this in one click.
Small cuts take a few seconds. Big cuts may take minutes or hours. It depends on the cut length and the speed of your laser.
Yes. It uses standard values for laser motion. The output is close to real machine time.
Yes. The calculator works great for wood, MDF, and plywood.
Yes. It works for steel, aluminum, brass, copper, and other plates.
Yes. It’s free to use and always will be.