10 Questions You Should to Know about Single-platform Fiber Laser Cutting Machine

Buying a fiber laser cutting machine is a big decision - you'll want to think about the specs, what you actually need it for, and what's out there in the market. These machines aren't cheap - they can cost anywhere from 20k to 200k for industrial-grade systems, so knowing what to look for will help you pick the right one for your metal fabrication work. 

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The laser source is the most important part. Top brands like IPG Photonics and SPI (which is British but now owned by Trumpf) are known for reliability, while Chinese brands like Raycus offer more budget-friendly options. The power output affects both what the machine can cut and the price. Machines with 1kw - 3kw are great for sheet metal, while 6kw+ models can handle thick plates (up to 25mm). Newer models also have smart power adjustment function, which saves energy (up to 30% more efficient than older ones).

Not all machines cut the same. For sheet metal, look at positioning accuracy and repeatability. Tube-cutting machines cost more because they have extra rotating parts, but good ones come with features like auto chuck adjustment and real-time diameter correction. When shopping around, go for machines with auto-focus cutting heads and collision protection - these features save a lot of downtime. Buy fiber laser cutting machine for Sale - SUDA Laser can be your trusted brand.

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European brands like Trumpf and Bystronic still lead in high-end machines, but Chinese brands now make up over 60% of the global market due to lower prices(click to check laser cutting machine price). Just keep in mind that recent US tariffs add around 20% to Chinese imports, so some buyers are looking at local options instead. Besides, more people want hybrid machines that can cut both sheets and tubes, and automation is becoming standard even in mid-range models.

Fiber lasers use 70% less energy than CO2 lasers and have 30% lower maintenance costs because of fewer parts to replace. But you'll still have yearly expenses like protective windows, nozzles, and gas. Some newer machines come with predictive maintenance, which can warn you before something breaks, saving you money on surprise repairs.

Always ask for test cuts on materials you usually work with. A good dealer should provide free samples showing how the machine handles different metals. Pay attention to edge quality on corners and small holes - this tells you how precise the machine is. Lastly, make sure the supplier offers good training and local support—even the best machine won't perform well if your team doesn't know how to use it properly.

Contact us to discuss your requirements of Single Table Fiber Laser Cutting Machine. Our experienced sales team can help you identify the options that best suit your needs.

I figured I'd post this here, although it may be the wrong place to get traction/visibility to the right people.
I'm an FFL/SOT dealer. I also do other things, but that's my passion, and throughout , it paid the bills.
I have a lathe, 2 mills, half a dozen welders, band saw, surface grinder, etc. I've got just about everything a machinist needs, except knowledge!!
Rookies probably know more than I, especially about setting things up correctly. But that's not the point of this thread...
I own a CNC Shark 2, which has taught me about vectors, and shaping wood. I've tried a few times to run a simple G code pattern on metal, but without a rotary axis tool, I can't figure it out. Plus, it's not really the "right" tool to do what I want.
I'm looking at purchasing a Fiber Laser. I need something that is designed to etch, mark, or engrave metal, specifically suppressors (hence the SOT license).
Has anyone here got that kind of experience, or can assist in guiding me to the correct one?
Boss laser is where I started, because they're here in Florida, and all USA made.
But after hours of digging, there's some Chinese models at half the price. I don't mind paying for USA gear, but is there really a $10k difference between models?
Tech support told me that the FM series is sold as an engraver, but can run the same pattern multiple times to get a deeper cut. If we manufacture a firearm, or silencer, those must have specific markings as to the manufacturer. I originally thought I could do it on the mill, but I can barely cut a straight line. I've done a fair enough job on barrel threading to pass muster, but trying to put somebody's name, state, model, caliber, etc on a cylinder is a job for a CNC machine.
The fiber lasers seem to be the correct tool for the job, and for some extra $$, they have a rotary tool with chuck to engrave anything round, or oddly shaped.
Does anyone have experience with a fiber laser? And can you help me with some things to look for as I'm researching different designs/models?
I appreciate any assistance or guidance from those who either own one, or work on/with them.
Thank you!!
Dave I can maybe help you with questions. I’ve bought several fiber laser markers 20-50W
as well as UV lasers and integrated a few into custom applications.

One thing to understand is there are dozens and dozens of “laser system” companies out there.
At the low end of the price spectrum you get essentially Chinese laser sources and galvos packaged into their own version of an enclosure.
As a hobbyist assuming price conscious it’s going to be tough finding a reputable company with a presence, parts and service vs drive by Amazon dealers.
If you are looking for an open type system and willing to assume the safety risks of a (class 4) setup that will be the cheapest route. If you want class 1 enclosure that adds cost.
Working solo in a garage shop you could get away with open system just need to wear laser goggles and keep people out when using.

Systems with Higher quality laser sources like IPG, Keyence etc will likely be over $30k. The 50W systems I buy are more like $65k

Check out Mecco Lightwriter or
TYKMA Lasergear Boqx /Cube. They are “economical” offerings but will still be somewhere in the 10-20k zip code. There are other brands these are just two I know of that have entry level systems. Could try LMT laser systems also. They are on YouTube and may also have starter systems.

Your least cost route will be to buy a “pile of parts” from them as an open system and mount the head and integrate yourself into a diy enclosure or stand.

Software to create the marking files is a whole nother topic.


Sent from my iPhone using Tapatalk I will throw in a plan B. Photo Chemical resist paints, and followed by chemical etching. Very inexpensive to start.
If you want to go old-school, a Gorton Pantomill is great for small production runs, I ran one for years (google it). You only need to make a template and trace it with the tracing tip of the pantograph. I also did photo chemical resists as well. Mostly for legend panels for instruments, and circuit boards (KPR4 made by Kodak). The Gorton does give you the easy opportunity to do serialized work.

On the cheap end, a New Hermes Diamond stylus pantograph can do basic line-art logos, and serial numbers too.

It is far less expensive than a laser, but gives solid results with either approach.

For the record, I am a laser-head too. But my bigger lasers are a bit scary, I set them up in a closet, and use a camera to remotely monitor the beam. The laser is powered down before I open the door. One of them is a fiber-coupled 40W 808nm laser which was built up from scratch. I have a lower powered UV laser too. You might also be surprised at what 7 watts of UV laser can do with basic G2 (close focus) optics can do.