Zortrax Apoller Post-Processor
Smart Vapor Smoothing Device
Zortrax Apoller is a smart device that automatically smooths FDM 3D printed models with MEK or acetone vapors to remove visible layering.
Zortrax Apoller is a desktop smart vapor smoothing device offering industrial class performance. Every aspect of a smoothing process is managed by proprietary algorithms to get the looks of FDM 3D printed models on par with injection molded items.
Speed and ease of useModels have to be placed in a double-sealed smoothing chamber measuring 300x250x250 mm. Settings are then chosen on an intuitive touchscreen. Once it's done, Zortrax Apoller needs only 3h to evenly smooth all the models inside the chamber.
SVS technologyThe SVS technology in Zortrax Apoller relies on advanced proprietary algorithms managing temperature, pressure, and concentration of solvent's vapors in a double sealed, air-tight smoothing chamber. The pressure inside the chamber is kept below the ambient pressure at all times to prevent the vapors from getting outside.
Quality and efficiencyVapors inside the smoothing chamber are circulated upwards to evenly cover the model. This way all surfaces are smoothed out uniformly. Once the smoothing process is done, Zortrax Apoller lowers the temperature inside to condense the excessive solvent and put it back in the tank. One 300 ml bottle of acetone or MEK can be reused for multiple smoothing sessions.
Certified safetySafety systems with multiple levels of redundancy have been designed to meet the high standards required by the ATEX 2014/34/EU Directive regulating the equipment intended for explosive atmospheres. That's why Zortrax Apoller is easy to implement in workshops and safe to use.
Wide compatibilityZortrax Apoller works with both acetone and butanone (MEK) which are widely available and inexpensive solvents. The device can smooth models 3D printed with Z-ABS, Z-ULTRAT, Z-ULTRAT Plus, Z-ASA Pro, and Z-HIPS, or their third-party equivalents.
Meet the SVS technology
Zortrax Apoller uses the Zortrax SVS (Smart Vapor Smoothing) technology to work with both acetone and butanone (MEK).
Supports all FDM 3D printers
Zortrax Apoller can smooth models printed on all FDM 3D printers. The device is compatible with filaments based on ABS, HIPS, and ASA, regardless of their manufacturer. This makes Zortrax Apoller a truly stand-alone equipment that does not force the user into a particular choice of 3D printers or filaments provider.
The looks of injection-molded parts
Zortrax Apoller can smooth models 3D printed with Z-ABS, Z-ULTRAT, Z-ULTRAT Plus, Z-ASA Pro, and Z-HIPS, or their third-party equivalents. HIPS-based materials can be smoothed exclusively with MEK while acetone is recommended for Z-ASA. For all other supported filaments both acetone or MEK are applicable. The smoothing process leaves ASA-based materials with a mat finish. Other filaments come out with glossy surfaces. Vapors' circulation system guarantees that even intricately shaped models are smoothed uniformly. Zortrax Apoller also automatically dries the prints out which makes them ready to use shortly after taking them out of the smoothing chamber. That's what makes Zortrax Apoller a desktop device offering an industrial class performance.
Smart Vapor Smoothing
The SVS (Smart Vapor Smoothing) technology is compatible with both acetone and butanone (MEK). It works in 4 simple steps.
Step 1 Fill it up
The solvent tank in Zortrax Apoller has to be filled with acetone or MEK, depending on the kind of filament the models intended for smoothing have been 3D printed with.
Step 2 Place models
The models have to be placed inside the smoothing chamber 2-3 cm apart from each other. The chamber has to be closed to proceed further.
Step 3 Choose settings
The type of filament the models have been 3D printed with and the type of solvent in the tank have to be chosen on an intuitive touchscreen.
Step 4 Take models out
The models have to be taken out of the chamber after the smoothing process is done. They are dried out and safe to use straight away. No further steps are necessary.
The vacuum system in Zortrax Apoller prevents the pressure inside the smoothing chamber from getting higher than the pressure outside of it even after the solvent has been vaporized. That's why the vapors are kept inside the chamber instead of being pushed out of it. The vacuum system also acts as an additional safety measure because it keeps the chamber door closed even when there is a power outage. To make this possible, the smoothing chamber in Zortrax Apoller is sealed off from the environment by two sets of seals.
Advanced vapors' circulation and condensation system
The air inside the Zortrax Apoller smoothing chamber is circulated by a meticulously designed system to guarantee high quality automated smoothing. Fragile and intricate details are covered with less solvent to keep their shape intact. Models are uniformly covered with solvents because vapors move around the chamber spiraling upwards. In the last step, the walls of the smoothing chamber are cooled down which enables excessive vapors to condense on their surface. Liquid solvent then flows back to the tank to be reused in the future smoothing sessions.
Advanced safety system
Due to redundancy carefully engineered into the system, Zortrax Apoller offers industrial-class reliability. The device is double sealed off from the environment. At all times the pressure inside the smoothing chamber is kept below the pressure in the room. Besides double seals, this is yet another level of redundancy in the safety system preventing fumes from getting out of the smoothing chamber. It also keeps the chamber closed even when there is a power outage causing its electromagnetic lock to shut down. When the power is back on, Zortrax Apoller automatically decontaminates the chamber before allowing anyone to open it.
Zortrax Apoller is both automated and fast which makes it a perfect smoothing equipment for a 3D printing farm.
Its entire workspace can be filled with models, provided they are placed 2-3 cm apart from each other. The device needs same smoothing time and the amount of solvent to provide the same high quality of smoothing, regardless of how many models are put in the chamber.