Atlas Support
is a water-soluble PVA (polyvinyl alcohol) support material for complex multi-extrusion
3D printing with PETG based materials. Atlas Support is a 3D printer filament with
improved thermal stability and can be 3D printed at slightly higher temperatures compared
to regular PVA. This makes Atlas Support an ideal PVA support material for PETG-based
materials with good thermal and chemical adherence.
Key features
- Excellent (cold) water solubility
- Improved thermal stability, resulting in less risk on deterioration/crystalizing inside the nozzle
- Max thermal stability of 225° C, tested up to 256 seconds with no flow
- Biodegradable once dissolved in water
- Safe dissolution in tap water
- Can be disposed of in the kitchen sink, or household drain with an excess of water
- Good bonding to PETG-based materials and other (thermo)plastics that print within a similar temperature range
- Less sensitive to deterioration by humidity compared to regular PVA
Applications
- Reliable multi-extrusion 3D printing of complex structures that require a water-soluble support material
- 3D printing geometries with large overhangs, or complex hollow structures
- PVA Molds
General printing guidelines *
| Nozzle size: ≥ 0.15mm |
Layer height: ≥ 0.1mm |
Experience level: Expert |
| Print temp: ± 180 - 210° C * |
Fan speed: 0 - 30% |
|
| Heat bed: ± 0 - 60° C |
Enclosure needed: No |
|
*) Above displayed settings are meant as guidance to find your optimal print settings.
These ranges in settings should work for most printers, but please do feel free to experiment outside these ranges if you think it is suitable for your printer. There are a lot of different type of printers, hot-ends, and printer offset that it is extremely difficult to give an overall one-size-fits-all setting.
*) Do not exceed a printing temperature of 225˚C, because AquaSolve PVA will then crystallize to
quickly and it will no longer flow and/or dissolve in water. Printing with PVA materials does require a
certain level of 3D printing expertise as PVA cannot stay too long in the hot secondary/support nozzle
and needs to flow and by that needs expert tweaking to find the optimal “waiting temperature” for the
material not to deteriorate/crystalizing in the hot secondary/support nozzle when not being 3D printed.
Filament length
| ρ: 1.23 g/cc |
50 gr coil |
0.3 Kg spool |
|
|
|
| Ø 1.75mm |
± 17m |
± 102m |
|
|
|
| Ø 2.85mm |
± 6.4m |
± 39m |
|
|
|
PVA compatibility overview *
|
AquaSolve PVA
|
Atlas Support
|
Helios Support
|
ABSpro
|
-
|
-
|
+
|
ABSpro Flame Retardant
|
-
|
-
|
+
|
ApolloX
|
-
|
-
|
++
|
CarbonFil
|
-
|
++
|
-
|
Centaur PP
|
No data
|
No data
|
No data
|
ClearScent ABS
|
-
|
-
|
++
|
Crystal Flex
|
-
|
-
|
+
|
EasyCork
|
+
|
+/-
|
-
|
EasyFil ABS
|
-
|
-
|
++
|
EasyFil HIPS
|
-
|
-
|
++
|
EasyFil PLA
|
++
|
+
|
-
|
EasyWood
|
++
|
+
|
-
|
FlexiFil
|
No data
|
No data
|
No data
|
Galaxy PLA
|
++
|
+
|
-
|
HDglass
|
-
|
++
|
-
|
LimoSolve
|
-
|
-
|
++
|
MagicFil Thermo PLA
|
++
|
+
|
-
|
Matt PLA
|
++
|
+
|
-
|
MetalFil
|
No data
|
No data
|
No data
|
Pegasus PP Ultralight
|
No data
|
No data
|
No data
|
Premium ABS
|
-
|
-
|
++
|
Premium PLA
|
++
|
+
|
-
|
Python Flex
|
-
|
-
|
++
|
ReForm - rPET
|
-
|
++
|
-
|
ReForm - rPLA
|
++
|
+
|
-
|
ReForm - rTitan
|
-
|
-
|
++
|
Silk Gloss PLA
|
++
|
+
|
-
|
StoneFil
|
+
|
+/-
|
-
|
STYX-12
|
No data
|
No data
|
No data
|
Thibra3D SKULPT
|
No data
|
No data
|
No data
|
TitanX
|
-
|
-
|
++
|
Volcano PLA
|
+
|
-
|
++
|
*) Above PVA compatibility overview is meant to give guidance on which of our PVA based support materials –
AquaSolve PVA, Atlas Support, and Helios Support – is advised as support material in combination with various
Formfutura filaments that can be used as a primary building material.
*) Please do note that the above-shown PVA compatibility overview is purely meant as general guidance and advice
based on our in-house expertise and experience and that it is not to be seen as a fixed principle or rule.
There are numerous factors that determine the best fitting PVA support with primary building materials
and it actually varies per 3D printer. Below overview can, according to our current state of knowledge,
be used as guidance for the vast majority of 3D printers.
General guidance for printing with PVA support materials
Printing with PVA, in general, isn’t plug and play and does require a fair amount of 3D printing expertise
as there isn’t a generic one-size-fits-all setting for dual extrusion printing with PVA materials.
The optimal PVA settings can even vary between the same models of 3D printers.
One of the most common challenges are to establish a good bond between the PVA support
material and the primary building material. Below parameters are of utmost importance to establish good adherence.
- Verify the extrusion distance between the printed object and the PVA support.
- The default setting in most slicer software is often set at a distance of 0.1mm or 0.2mm, which works well for break-away support, but not for PVA support.
- For PVA support materials the extrusion distance must be set to 0.0mm as both materials must really come into contact with each other.
- The printing (nozzle) temperature is extremely important and it is advised to measure the actual temperature of the nozzle and to compare this temperature with the temperature set in the print settings.
- If the actual temperature of the nozzle is for instance 10° C lower than the temperature in the print settings it might very well be that the layer of PVA support material is not flowing optimally into the layer of the primary building material. It is often seen that the actual nozzle temperature varies from the print temperature set in the slicing software.
- Verify if the nozzles of your printer are properly leveled and have exactly the same height so that there is no “height difference” when layering the PVA support material on top of the primary building material.
- In order to verify this it is recommended to 3D print a 5cm x 1cm rod and to print every 1 to 2 layers with the left nozzle and the following 1 to 2 layers with the right nozzle and to repeat this process multiple times. If you notice a non-perfect layering then the nozzles aren’t properly leveled. This process can be done with PLA for instance.
Product export information
| HS Code: 39169090 |
Description: Monofilament |
Country of origin: the Netherlands |
Compliance *
This filament is compliant to below-listed directives and regulations.
- RoHS directive 2011/65/EC
- REACH directive 1907/2006/EC
*) This declaration of conformity to directives and regulations is prepared according to our present
standard of knowledge and may be amended if new cognitions are available and applies only for the above-described products.
