5/1/2021 0 Comments Bystronic Laser Maintenance
With up to 6 kilowatts of laser power, stainless steel is cut with high precision up to a material thickness of 30 millimeters Fiber laser technology reduces operating costs by eliminating the need for laser gas and reducing power consumption Play Mute Full-Screen Watch video on YouTube.Privacy Policy Use with external components Use without external components Remember this selection for 30 days.
Bystronic Laser Maintenance Software I CanWouldnt it be nice to get a new machine without having to spend big money on new software I can add some labor estimates to that document if you wish.Considering what the Byspeed can do, I think its about as simple as a machine can be.![]() ![]() Takes a bit of getting used to and building confidence on for operator and programmers, but will really fly on the right job. Problems with the servo drivesmotorstachos are few and far between on the Bystronic. Bystronic Laser Maintenance Free Resonators EverThe 4.4 is one of the most trouble free resonators ever built by Bystronic. As far as changing the glass, it has a lot to do with laser gas quality and at what power levels you will be using. Doing power checks on a regular basis and any time you put a new bottle of gas on the laser is the best thing you can do to get the most life out of your laser. On the older open loop controls checking the power is really easy, on the newer closed loop controls it takes a little bit more effort to see if the new bottle of gas is causing a lack of performance. Either way, after you learn what to look for youll know when something isnt right. Ive seen customers run their laser at 100 power for weeks on end, then theyll switch to a job that only requires, say 70 power for a few weeks. Murphy dictates that this will be when your gas supplier will give you a bad bottle of resonator gas. You wont realize the gas is bad running at 70, and youll empty that whole bottle along with all of its contaminants into your resonator. When the bad bottle is empty you send it away, a few days later you run a job that needs 100 and the resonator cant do it. Remember the part where I said to check the power output after you put a new bottle of laser gas into service This is why I dont recommend resonator gas supply systems that automatically switch between bottles. In my opinion, automatic gas change manifolds are more trouble than theyre worth. I wrote a paper on my experience with them, if anyone wants a copy, send me a message. If the laser is run for extended periods with contaminated gas then you may have to clean andor replace optics. If you have an RF laser with a singe RF generator running multiple plasma tubes, what can happen is if the gas is contaminated some of the plasma tubes wont light and all the RF energy will dump into the remaining tubes that are lit and cause them to run hot. This excess heat can damage seals and possibly damage the glass. Ive had 11 years of service experience on them and found them to be quite reliability. Im sure some countries dont have a service network and certainly this should influence you decision. But other than that, Im sure that Amada has the lowest cost of ownership of any of the big manufactures. They do use more Nitrogen when cutting Stainless but that is really only the weakness I am aware of. I went through the attached document and up dated the prices.
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