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The layers seem to be 25 micron vs 100 micron for the Replicator 2, although I'm not sure what they mean by the 300 micron resolution:



I operate an Objet Connex260 that also has separate resolutions for the X/Y Axis, and the Z-axis 'layer thickness'. Objet specs it at '600 dpi' in the X/Y axes, and '1600 dpi' in the Z axis. http://objet.com/sites/default/files/C260_A4_il_en_lowres.pd...

As it was explained to me by objet, the X/Y resolution is the size of the individual droplets of resin that can be laid down by the Connex's digital print heads. They are larger than the thickness of each layer, therefore the resolution is better in the Z-axis than in the X & Y.

In Formlabs case, I would imagine this is the 'width' or diameter of their laser. The way I read it, the smallest cured point they can produce in a layer is 300 microns, or 0.3mm.

The Formlabs printer does look well polished, but I don't think it is 'disrupting 3D printing'. the B9 Creator* is in the same price range with higher resolution, and may have the ability to include multi-material printing eventually. I believe resin may be cheaper for the B9, too. *http://shop.b9creator.com/?pn=B9Creator+-+KIT&p=621&...

[EDIT] include link to B9

Defining the output quality and resolution of a 3D printer is a subtle thing. Sticking to DPI, laser spot sizes, and layer thicknesses is somewhat akin to comparing clock speeds of modern processors. The question is a lot more subtle than that.

When we talk about minimum feature size, we are giving a rough guide for the finest pillars or walls that you can print (see the fingers of the Neptune figurine in our photos). By this metric, the Form 1 is comparable to the best high end SLA and inkjet machines, and well beyond any FDM machine.

-Max Co-founder, Formlabs

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