This PVA (Poly Vinyl Alcohol) is water soluble and comes on a 500g spool (approx 140m), a more handy size for experimentation, and is for 1.75mm extrusion. We have had is manufactured to be easier to use and dissolve than the Makerbot brand PVA. We have tested it on Makerbot 3D printers. More
PolyDissolve™ S1 is a water dissolvable support for PLA, TPU, PVB and Nylon based filaments from Polymakers portfolio. It is specifically engineered to have a perfect interface with these materials while also displaying good solubility. More
Dissolve Away dissolves HIPS filament with no effect on ABS. Making HIPS perfect for support material on dual extruding 3D Printers like the Raise3D Pro2, FlashForge Inventor, Creator and Makerbot Replicator 2X. More
HIPS (limonene soluble) Filament - 1.75mm - 1 kg spool
HIPS (High Impact Polystrene) Filament is designed to dissolvable easily in a limonene bath in just 8-24 hours (depending on size and geometry of print). Limonene is a common, colorless, citrus-scented solvent available online and in grocery/home stores. (available from us - search Dissolve Away) More
Kimya HIPS (High Impact Polystyrene) is a technical, lightweight and durable thermoplastic. It offers an esthetic and robust finish, without deformation.
Can also be used as a support material for ABS which can be dissolved in Limonene oil More
HIPS-X (High Impact Polystyrene X)- filament exhibits many of the same characteristics as ABS, but does show superior impact resistance and hardness, in comparison. More
HIPS-X (High Impact Polystyrene X)- filament exhibits many of the same characteristics as ABS, but does show superior impact resistance and hardness, in comparison. More
HIPS-X (High Impact Polystyrene X)- filament exhibits many of the same characteristics as ABS, but does show superior impact resistance and hardness, in comparison. More
This PVA (Poly Vinyl Alcohol) is water soluble and comes on a 500g spool (approx 140m), a more handy size for experimentation, and is for 3mm extrusion. We have had is manufactured to be easier to use and dissolve than the Makerbot brand PVA. We have tested it on Makerbot 3D printers.
You can just swap the filament from your extruder, and load in the PVA filament as normal, then build objects just like you would with ABS or PLA- just change the extrusion temp to 185-195 degrees
We have experimented and tested it and produced a fact sheet with some cool dissolving Octopus photos - check it out http://www.bilby3d.com.au/BilbyCNCPVAFactSheet.pdf OR check out the dissolving octopus here:Dissolving Octopus NOTE PVA works well with a cold bed and PLA as the model. It does not pair well with ABS as ABS will not stick to PVA and vise versa More
Spectrum HIPS-X - 1.75mm - Gypsum White - 1kg Spool
HIPS-X (High Impact Polystyrene X)- filament exhibits many of the same characteristics as ABS, but does show superior impact resistance and hardness, in comparison. More
HIPS (limonene soluble) Filament - 2.85mm - White - 1 kg spool
HIPS (High Impact Polystrene) Filament is designed to dissolvable easily in a limonene bath in just 8-24 hours (depending on size and geometry of print). Limonene is a common, colorless, citrus-scented solvent available online and in grocery/home stores. (available from us - search Dissolve Away) More
PolyDissolve™ S2 is a dissolvable support for PC, ABS and ASA based filaments from Polymakers portfolio. It is specifically engineered to have a perfect interface with these materials while also displaying good solubility.
We recommend that this material be used with the PolyBox™ to keep it at dry conditions (relative humidity of 15% or less) at all times to maintain the best printing results. More
Ultrafuse BVOH, ideal water-soluble support material for your 3D print.
Unlike PVA, BVOH is highly durable against moisture in the air.
Good adhesion to ABS and PLA
More
BASF UltraFuse BVOH Dissolvable Support - 2.85mm - 350g Spool
Ultrafuse BVOH, ideal water-soluble support material for your 3D print.
Unlike PVA, BVOH is highly durable against moisture in the air.
Good adhesion to ABS and PLA
More