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Thought3D introduces Drywise, an inline filament dryer for FFF printers

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Drywise is a stand-alone machine to be used in tandem with a 3D printer to dry hygroscopic filaments in real-time while printing. After a pre-dry cycle of under 50 minutes, on the first portion of filament, a user is free to print the freshly dried filament with ease, and consistency.

“In our 5 years of developing and selling Magigoo and working closely with filament and printer manufacturers worldwide, we have seen clear unmet gaps in user experience. Spending large sums of money on high-performance material care, having to pre-plan filament drying, then needing to dry the filaments for tens of hours and sometimes even days in costly ovens was not a future we wanted to agree with for industrial additive manufacturing. We have been working on a solution to make material care seamless, improve the ability to recover wet material, and more importantly be able to bring down the preparation time by treating just the amount of material you need to 3D print. We are happy to present Drywise in-line dryer as an easy use stand-alone machine for repeatable and reliable results”, said Dr. Keith M. Azzopardi, Co-Founder and Chief Research Officer of Thought3D.

Hygroscopic FDM filaments tend to absorb significant amounts of moisture from the environment as soon as they are opened and over the course of a few hours to a few days, this moisture can render the material unprintable. Some materials, due to high moisture levels already present in the material, would need to be dried even before the first use. The presence of moisture in filaments can cause visible artifacts during printing, including poor surface finish, stringing, and oozing. Moisture in filaments can potentially cause print failure and affect the mechanical properties of the printed part. As 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 during the print, especially during the course of a longer print.

To combat this, most 3D printer users are resorting to drying filament in ovens and using material stations that reduce the uptake of additional moisture. In other cases, either bulky and costly commercial products are used or for money-saving, make-shift boxes with desiccant are crafted. This all is cumbersome and can take tens of hours of drying time. Many users have to follow filament manufacturers’ instructions for drying the filament and having a multitude of unstandardized ways of treatment leaves a lot of room for error and leads to unreliable results. Moreover, pre-treating filament spools multiple times may degrade the quality of the material.

Thought3D introduces Drywise, a stand-alone machine to be used in tandem with a 3D printer to dry hygroscopic filaments in real-time

Drywise takes out the guesswork when 3D printing hygroscopic materials, needs just 40-90 minutes to pre-treat a short portion of filament and bring it to the best printing conditions before 3D printing can start. An in-line drying design assures that long 3D prints will always be printed with consistent material dried to best printing conditions.

Drywise beta costs €1499 / $1699 and will be available for pre-order immediately on drywise website. A model for 2.85 diameter filament is expected to ship in February 2022 and a model for 1.75 diameter filament in July 2022. Current versions of Drywise in-line dryer will be calibrated for drying Nylon and Nylon composites. The same models will be upgraded for high-temperature materials later in 2022. The roll-out of machines is first available in the EU only and from July 2022 extended to the US market. A limited amount of pre-order machines are available at an introductory discount of 15%. A Pre-order requires a €300 down-payment now and the rest just before the delivery.

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Andrea Gambini

Andrea has always loved reading and writing. He started working in an editorial office as a sports journalist in 2008, then the passion for journalism and for the world of communication in general, allowed him to greatly expand his interests, leading to several years of collaborations with several popular online newspapers. Andrea then approached 3D printing, impressed by the great potential of this new technology, which day after the day pushed him to learn more and more about what he considers a real revolution that will soon be felt in many fields of our daily life.

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