Every OMTech machine is listed with its laser sources: wattage changes everything, a 10 W diode and a 40 W diode do not cut the same plywood. 100W CO2 (CO2 100W): 40 settings · 100W CO2 Laser Engraver (CO2 100W): 84 settings · 100W MOPA Fiber Marking (Fibre 100W): 22 settings · 130W CO2 (CO2 130W): 40 settings · 130W CO2 Laser Engraver (CO2 130W): 84 settings · 150W CO2 (CO2 150W): 40 settings · 150W CO2 Laser Engraver (CO2 150W): 84 settings · 20W Fiber Laser Engraver (Fibre 20W): 12 settings · 40W CO2 (CO2 40W): 40 settings · 40W CO2 Laser Engraver (CO2 40W): 84 settings · 50W CO2 Laser Engraver (CO2 50W): 84 settings · 50W Fiber Laser Engraver (Fibre 50W): 12 settings · 50W Fiber Marking (Fibre 50W): 22 settings · 55W CO2 (CO2 55W): 40 settings · 60W CO2 (CO2 60W): 40 settings · 60W CO2 Laser Engraver (CO2 60W): 84 settings · 60W MOPA Fiber Laser Engraver (Fibre 60W): 12 settings · 60W MOPA Fiber Marking (Fibre 60W): 22 settings · 80W CO2 (CO2 80W): 40 settings · 80W CO2 Laser Engraver (CO2 80W): 84 settings · AF2028-60 (CO2 60W): 84 settings · AF3555-100 (CO2 100W): 84 settings · Fiber 30W (Fibre 30W, Fibre 30W MOPA): 34 settings · MF1220-80 (CO2 80W): 84 settings · Polar 350 (CO2 50W): 84 settings · Polar 35W Desktop CO2 Laser Engraver (CO2 35W): 84 settings · Polar 50W CO2 (CO2 50W): 40 settings.
In total 1464 settings are published for this brand across 28 laser sources: for each machine, source, material and thickness combination you get power in percent, speed in mm/min, a pass count and whether air assist is needed.
A setting is a starting point, not an absolute truth: the lens, mirror cleanliness, the exact wood species and humidity all move the result. Run a small test square on an offcut of the same board first, then adjust speed before power — speed is the forgiving one.
If your OMTech machine is missing, you can request it: the catalogue watch checks the brand's new releases every week and settings are generated as soon as a model is referenced.