How do you print with TM3D PVA?

• Dry the filament before continuing to print.
• Print directly from a drybox or filament dryer.
• Store the spool airtight with desiccant.
• Do not leave the spool unnecessarily in a humid room.
• Check that the packaging was properly sealed.

• First check that the filament is dry.
• Lower the print speed.
• Increase the nozzle temperature slightly.
• Check the nozzle for a partial clog.
• Check that the spool unwinds without resistance.

• Prevent PVA from remaining in a hot nozzle for extended periods.
• Use dry filament.
• Lower an excessively high nozzle temperature.
• Check the standby temperature during dual extrusion.
• Clean or replace the nozzle if necessary.

• Check the adhesion between the PVA and the main material.
• Reduce the support distance.
• Use more support interface layers.
• Lower the PVA print speed.
• Check the nozzle offset of the second extruder.

• Check that both materials are suitable for combining.
• Increase the PVA temperature slightly.
• Reduce cooling around the contact surface.
• Check that the support distance is not set too high.
• Use a denser support interface.

• Use a prime tower or purge tower.
• Increase the purge volume after a material change.
• Check the retraction and wipe settings.
• Check whether the unused nozzle is leaking.
• Lower the standby temperature of the unused nozzle.

• Lower the nozzle temperature.
• Prevent prolonged idling in the hot nozzle.
• Check the standby temperature.
• Remove burnt material residue from the nozzle.
• Use a lower print speed instead of additional heat.

• Check whether the filament is damp or degraded.
• Avoid sharp bends in the filament path.
• Check that the filament is not being pinched anywhere.
• Feed the filament in slowly and straight.
• Do not use damaged or severely deformed filament.

• Remove large pieces of support manually first.
• Use lukewarm water instead of cold water.
• Move or circulate the water.
• Change the water when it becomes saturated.
• Use PVA only for the support interface.

• Rinse the part with clean water afterward.
• Use a soft brush for hard-to-reach areas.
• Change the water during dissolving.
• Allow the part to dry completely.
• Repeat the rinsing if PVA residue remains.

PVA is primarily used as a water-soluble support material. It is especially useful for internal channels, complex shapes, and supports in places that are difficult to reach with tools.

Technically, PVA can be printed, but it is primarily intended as a temporary support material. Due to its high moisture sensitivity and solubility in water, it is generally unsuitable for permanent parts.

PVA is often combined with PLA because the required printing temperatures are relatively close. For other materials, always test adhesion and temperature compatibility first.

You need a printer that can work with at least two materials during the same print. This can be done with two separate nozzles, a swappable toolhead, or a suitable multicolor and multimaterial system.

That depends on the system. PVA is moisture-sensitive and can become softer or more brittle when not stored correctly. Therefore, check that the system supports PVA and keep the material dry during use.

The dissolution time depends on the amount of support, its thickness, the water temperature, and how much the water is agitated. Thin support interfaces dissolve faster than fully solid support structures.

Lukewarm water can speed up dissolution. Do not use a temperature at which the main material or printed part could deform.

This is often caused by damp filament, too high a temperature, or PVA sitting in a hot nozzle for too long. Check the storage conditions, dry the material, and set an appropriate standby temperature.

Yes. This is often the most efficient method. The main support structure is printed with the model material, and only the contact layers are made of PVA.

Immediately after use, store the spool in an airtight container or drybox with sufficient desiccant. Do not leave PVA exposed to ambient air longer than necessary.