Flux3DP FLUX Rotary Extension for beamo
This Rotary Extension attachment allows users to engrave on round and cylindrical objects with the beamo Laser Cutter and Engraver.
List Price: | $569.00 |
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Price: | $569.00 |
Price: | $... |
Availability: | Only 1 left in stock. |
Order Now: | Ships Today Free U.S. Shipping |
The Rotary add-on serves as an extended base for beamo – dramatically increasing the maximum material height from 1.77”in to 4.13” in and expanding the diameter range from 0.31” in to 4” in. This attachment not only expands the work area of your beamo – but it also expands the possibilities of the products you can work with!
With a rotary extension attachment, your beamo is no longer limited to merely 2D surfaces!
Engrave on drinking glasses, mugs, and more.
To install, attach the signal cable of the Y-axis to the rotary module.
Questions
who is the manufacturer
Fillamentum Neon Orange Transparent - How clear is this when printed? How is this in comparison to something like Taulman T-Glase? I'm looking to back light the material with white LEDs. Does this print like PETg?
Can you get the color "Ghost White"? What is the leadtime? Regards, David
What is the weight of this product?
Is Fillamentum Morning Sun Transparent CPE HG100 Filament - 1.75mm (0.75kg) a PETG filament?
Theses products are a CPE. CPE (Co-Polyester) is a very strong and versatile material with great thermal resistance and chemical resistance. It is a great material for printing mechanical parts. CPE is great for printing large objects because it has almost no warping.
PETG is a type of CPE, i.e. "copolyester". I wish the manufacturer would answer this question, because they would have a much more precise answer. "CPE" could be a variety of formulations. Judging from the extruder temp documented above, I'd guess that this filament is not PETG, but being in the same class of plastics -- copolyesters -- would behave similarly. The "co" molecule is probably different; PETG adds a glycol to PET, the Fillamentum CPE probably adds a different molecule, hence the higher melting/extrusion temp.