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Learn More About the Zortrax Apoller
The Zortrax Apoller is a device which post-processes models 3D printed in the LPD/FDM
technology. It operates in a system called Smart Vapor Smoothing (SVS), thanks to which
vapors of a chemical substance circulate inside the chamber to smooth down the surface
of 3D printed items. Depending on the material type used for printing, the device uses
either acetone or butanone (MEK). Vapors of the solvent circulate in the chamber in such
a way that the smoothing effect is even and at the same time the model does not get da-
maged. The device is capable of post-processing multiple models during one smoothing
process. For environmental and safety reasons, the solvent vapors are effectively retrac-
ted and condensed in the chamber so that the liquid can be regained and used for the
next smoothing processes.
How does the Zortrax Apoller work?
After the device is turned on, users gain access to the main menu where it is possible to
adjust several settings for the smoothing process: smoothing mode, type of solvent, type
of model’s material and smoothing intensity. Once these settings are selected, the device
removes air from the chamber to ensure tightness and other suitable conditions necessa-
ry for the smoothing process. Next, the device supplies the tray with the required amount
of solvent which then vaporizes as a result of chamber heating and air circulation. The air
circulation system enables even distribution of solvent vapors concentration in the entire
working volume of the device. These vapors have influence on the models’ surface for a
certain period of time, and at the end of the whole process they are condensed. Once the
first stage of condensation is finished, the device warms up the models and the reacted
substance vaporize from their surface. Next, the device starts the final condensation pro-
cedure during which the models are cooled to room temperature. Once the smoothing
process is successfully finished, the models are ready for use.
Summary of Contents for Apoller
Page 1: ...Device User Guide Apoller...
