Drywise filament dryer
Drywise is a revolutionary solution designed to improve the quality of industrial 3D printing by optimising the filament pre-treatment process. Aimed at users of desktop industrial 3D printers, Drywise is perfectly suited to the needs of those looking for a filament drying process that is practical, reproducible and unrivalled in terms of reliability. Thanks to its advanced features, Drywise makes it possible to create superior-quality 3D prints, breathing new life into industrial design and production. Drywise is the essential tool for demanding professionals seeking excellence in the world of 3D printing.

Why is drying filaments important?
Hygroscopic FDM filaments tend to absorb large amounts of moisture from the environment within a few days. Some materials cannot be printed due to high levels of moisture already present in the material. Moisture in filaments can cause visible artefacts during printing, including poor surface finish, spinning and bleeding. Moisture in the filaments can lead to print failure and affect the mechanical properties of the printed part. Moisture-sensitive materials must therefore be dried before printing, but without storage or special pre-treatment, print quality can still deteriorate significantly, particularly over a long printing period.
Advantages of the Drywise filament dryer

As an in-line system, the drywise dryer only dries the part of the filament used for printing, during the 3D printing process, rather than drying the entire spool. Conventional methods can take up to 48 hours to dry a wet filament and can damage the filament spool and/or the filament itself. The filament drying process is pre-calibrated and adapted to each type of material, eliminating the uncertainties associated with using traditional drying methods.

1 - Hygroscopic FDM filaments tend to absorb significant amounts of moisture from the environment over the course of a few days. Some materials cannot be printed out of the box due to high moisture levels already present in the material.
2 -The presence of moisture in filaments can cause visible artefacts during printing, including: poor surface finish, stringing and oozing.
3 - Moisture in filaments can potentially cause print failure and affect the mechanical properties of the printed part.
4 - As a result moisture sensitive materials need to be dried prior to printing, however without special storage or pre -treatment the print quality can still degrade noticeably, especially during the course of a longer print.