BG221518125 Nope. For an acceptable carbon fiber cut you'll need a multi-wavelength laser system. The Internet says a combined beam from a 1.06 micron fiber laser and a 10.6 micron CO2 could do it.

BG221518125 support@atomstack3d.com

BG221518125 8 bit, but note that the bit width of a CPU does not change how math or physics works. An 8-bit CPU will spend 90% of its life waiting for the motors to move the laser where it needs to be and a 32-bi... 8 bit, but note that the bit width of a CPU does not change how math or physics works. An 8-bit CPU will spend 90% of its life waiting for the motors to move the laser where it needs to be and a 32-bit CPU will spend 98% of its life waiting for the motors to move the laser where it needs to be. The most useful practical difference is that a 32bit CPU will have more available RAM for its serial buffer which in turn helps maintain a constant data stream when you connect it to a very, very old desktop PC running the laser software. On the other hand, the ability to set the laser power S0-S1000 (in 0.1% increments, usually advertised for 32bit boards) or S0-S255 (in 0.4% increments, with 8bit boards) would be the least useful practical difference. That said: yes, absolutely, a 32bit board has greater future potential but the firmware that turns that potential into something practical has not arrived yet. See More

BG221518125 If I were you I'd rather start with a CNC mill and duct-tape a laser onto that instead of attempting to hack a milling head onto a laser engraver. But if you want to challenge yourself: sure! The cont... If I were you I'd rather start with a CNC mill and duct-tape a laser onto that instead of attempting to hack a milling head onto a laser engraver. But if you want to challenge yourself: sure! The control board already has sockets for the Z-axis drivers so you're good on the electronics side. There are a number of other things you'll have to patch to make that work though... Like upgrading the servos and their driver boards to something stronger as a milling unit is a bit heavier than a laser head. Maybe adding a second Y servo too. Or fixing the frame down onto something as a drill will tend to move it around. Figuring out how to fix down the material you're working on too. Etc. See More

BG221518125 The box also includes a travel adaptor plug for the country it's shipped to. The device itself has a CEE 7-7 to IEC C13 female cable for its IEC C13 male power supply.

BG221518125 From the sound of it: check the tension of the axis as you may have under or overtightened the belt and-or the lower roller. The assembly manual has a good suggestion on the correct tension: the axis ... From the sound of it: check the tension of the axis as you may have under or overtightened the belt and-or the lower roller. The assembly manual has a good suggestion on the correct tension: the axis should slowly and smoothly descend on its own when you lift the frame at a 45 degree angle. If the tension looks OK the next step is to re-seat the connectors on both ends of the cable (servos and controller board) in case one of them became loose. If it's still funky after these: you can try swapping the X/Y driver boards on the controller to check if one of them had burned out. See More

BG221518125 It speaks standard “g-code” so it’s compatible with all OSs. I’m using it with LightBurn on a Mac.

BG221518125 The CNC mill dust on that picture is a dead giveaway it's just photoshopped. The one with the three smiling white collar folks is also highly dubious as they appear to have plugged their power cable i... The CNC mill dust on that picture is a dead giveaway it's just photoshopped. The one with the three smiling white collar folks is also highly dubious as they appear to have plugged their power cable into a ballpoint pen and forgot to connect the thing to a computer. The focus of their laser will also be horrible with the engraving head that high. On a more serious note: a speed of 700-800mm per min and 3-4% laser power gets me OK 20-25mil SOIC-level PCB results with dry photoresist film out of the box. For finer detail you will have to get your fingers dirty as the beam shape of an average solid state laser module is never a perfect dot. Mine projects a 0.1x0.3mm rectangle which physically limits designs to ~12mil traces in one of the dimensions and you will only achieve that definition if you can either write your own image preprocessor to separate X and Y moves (different kerf) or can tell your laser software it's drawing with a bar and not a point. Hardware patches like swapping optics, beamforming lenses, or pinhole covers to mask out that unwanted 0.1x0.2mm of extra light might also work (but are messy and fiddly). See More