1/29/2024 0 Comments Corellaser laserdrw software![]() You can even permanently install a Raspberry Pi and touchscreen or a cheap Android tablet, and connect to the machine's web interface to basically have full-featured touchpanel control with a GUI, right there on the machine. (You can also use that port for a Wi-Fi dongle.) Also- I'm not 100% sure the Smoothieboard has this too, but the FastBot BBP does, and it's basically the same board but with more stepper drivers -you can hook up a webcam to monitor the machine from anywhere in the web interface. You log in, and you can queue up jobs, monitor the machine. The board's running a webserver with a very slick interface, OctoPrint. With Smoothieboard, you've got an Ethernet option. Well, one of the biggest things is the machine interface. (To switch the laser off if it stops pumping.) DXF vectors to the laser than importing them into a copy of CorelDraw and using the CorelLaser plugin that came with the laser? (I have always hated Corel, and the feeling seems to be mutual.) Is anyone familiar with this terrible LaserDRW software? :(Īny thoughts on the SmoothieBoard? Any thoughts on additional upgrades? I plan to also get a full size honeycomb bed (Lightobject suggests I can get 12x14 in there if I remove the current bed and cut down the exhaust duct a bit.), a new head with an air assist, the parts I need to completely redo the control panel, and the parts for a failsafe on the water cooling line. ![]() (The FastBot BBP 1S I already have, while nearly identical, would be overkill with 7 stepper drivers.saving that for a special 3D printer build.) but in the meantime, is there any easier way to get Illustrator. Workflow Next month I'm probably going to throw the LaserDRW board out a window- perhaps literally -in favor of a SmoothieBoard or something. I'd read somewhere a suggestion about adding a little anti-freeze to inhibit the growth of algae, but I don't know about that. What should I know about my liquid cooling setup? Right now I'm running distilled water out of a tupperware container with the pump in it. (I've been getting beautiful engraving results in baltic birch plywood and acrylic at ~5mA but having a hard time with cutting.) I didn't want to dick around with it too much unless I knew I couldn't damage the machine by setting it too high. Especially starting with some basic info on setting the power. I guess what I'm looking for is the most basic dos and don'ts, the "Don't worry, you can't break it doing this." and "Under no circumstances do this." so I can be more confident in what I'm doing as I learn. (It really doesn't help with one's googling that not even the sellers can decide what to call the bloody thing.) :( But not a lot of details about basic function, at least not that I could find. Tons of blogs and videos and stuff of people showing what their laser can do, modifications, upgrades, etc. I always try to research things as much as possible, but in this case I kept running into a lack of basic information. Combine this with the fact that the investment and my need to have and use the machine makes me want to limit my learning through trial and error as much as possible, and I've been a lot more (overly) cautious with it than I was with, say, my 3D printer, or my metalworking lathe. I'm super-new to laser cutting and it's been difficult to find some of the most basic information. Yes I am going to make some upgrades to it. No I'm not going to 'toss the cheap Chinese cutter and buy a real one' (Sorry if that isn't a thing here, I'm just too used to dealing with 3D Printer snobbery.) ![]() ![]() It came with some 'M2 Nano' board and LaserDRW software (and CorelLaser plugin), not MoshiDraw. It's the extra-cheap one with the analog control panel and no air-assist. ![]()
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