Ron:
Thanks for the reply. I'm going to run a little test this morning using the color mapping feature of the driver. I have laid out 12- 1/2 x 1/2 squares on a sheet with different colors. The first 6 are the default RGB colors in the driver now. I am going to add six more to it. Then I am going to assign various settings to each and see what I get when I run the test on the material.

One question relative to your answer. If you ran at 40 speed and 23 power with 60 watts, would that mean that with my 40 watt would I run with 40 speed and 36 power? The logic being that your 60 has 20 watts more power or 50% more than my 40, thusly making me need to increase my power by 50% over yours? Does that logic apply? I know that lasers aren't linear with speed, does that apply to power also? I'll test that combination when I do my test anyhow.

That logic will get you in the ballpark. Nothing is accurate on lasers. The tube power varies and the non linear curve for the speed vs power, and the percentage of power really delivered.

Add to that that the pulses may be a higher power on a high power but for a shorter time.

So it will give only ballpark settings. (A guess is that it will be within 10%, but might be as much as 20% off.)

Philadelphia, PA (Really Bensalem)

When you finally understand it completely... it changes.

I concur with Harvey -- it gives you a decent starting point but not much beyond that. The sad proof of that is the fact that the settings I quoted you for one Rowmark product didn't work on another Rowmark product (not even close really). One thing that I didn't mention was the resolution: mine is in metric so I'm not going to try to translate to dpi right now, but I ran the passes quite close together -- about 85% of the way to peak resolution.

Ron

Thanks guys!

I did the test I referred to earlier. I'm going to attempt to post it here. (haven't posted any attachments yet). I ran it on the Metalgraph Plus. I used color mapping in the driver to set up 10 squares-1/2 x 1/2 and ran them at the associated speeds and power at 400dpi and 600dpi. The results are pretty evident that on my machine I got a better result with this particular material at 600dpi and slower speeds, higher power.