Delivering unparalleled utility, flexibility, and working speeds while being easier and less costly to operate.
There are also options for engraving areas of 6.9"x6.9", 5.9'x5.9", 4.3", 4.3", 2.6"x2.6", and 4.3". You can choose one or more depending on your operational requirements.
If you’re cutting metals that are highly reflective, like aluminum, copper, or brass, and they are in the thicker side of cutting, then a plasma will be ideal. Lasers machines usually struggle with cutting reflective metals, especially if they are on thicker side. You’ll see that if you want to cut reflective metal, then you’ll need a higher amount of power to do so. And more power means more $$$.
FM-Desktop offers an optional extension to the marking area. This allows you to extend it upto 7.87"x7.87" or 11.81".
The laser used is a laser pulsed fiber laser having a wavelength of 1064nm. It can last approximately 25,000+ hours.
Buy safety glasses to protect this machine from the 1064 nm laser beam.
Hopefully you learned something in this post. Just remember, I will always be updating posts on my website. So be sure to come back and learn some more. Thank you for reading, and hope you come back to learn some more. Also, come and check out our laser machines! This is William from Senfeng and hope you have a great day!
They can also import and use file formats such as PLT, BMP and DXF.
Fiber lasers use solid-state lasers extensively in laser engraving and marking machines. The difference between a Fiber laser and a Co2 laser is in their ability laser cut sheet metal.
FSL Muse Pandora can raster- and vector-engrave metals, such as steel, nickel and copper, silver, gold, stone, or leather.
AMADA's 3kW, 6kW, 9kW, and 12kW ENSIS fiber laser technology utilizes a highly innovative resonator to automatically and precisely adjust the diameter of the laser beam. This unique feature enables continuous processing of thin-to-thick materials by a single machine with no lens change or additional setup required.
The need for beam paths and mirrors for alignment was eliminated with the advent of optical fibers.
It simply means that, when working in materials such as metals that reflect laser light, they absorb fiber light at a much greater rate than the laser light generated from CO2 lasers.
Combined with intuitive, easy-to-use, high-speed CNC control units that help operators make short work of any task, fiber lasers are perfect for helping you achieve cost-effective, high-accuracy machining in nearly any situation.
Fiber lasers typically cost between $20,000 and $45,000.
What Materials Can Be Cut With A Fiber Laser? A fiber laser cutting machine can cut sheet metal such as carbon steel, stainless steel, copper, brass, aluminum, and titanium. Fiber lasers outperform CO2 lasers in cutting reflective materials.
Compressed air, nitrogen, oxygen, and argon are the four primary types of assist gas for fiber laser machines.