The Athena II features a 16K LCD display with a resolution of 14×19 microns, delivering exceptionally detailed prints. Its build volume measures 212 mm x 118 mm x 235 mm.
The Smart Dynamic Control system, leveraging advanced sensors, automatically monitors and adjusts key printing parameters like lift speed and exposure time. Users also benefit from error detection features, such as failed prints or completed processes, minimizing downtime risks.
Safety is another standout feature. The Aegis Air Filter system includes dual VOC sensors that monitor and remove harmful fumes generated during printing.
In terms of software, the Athena II runs on NanoDLP Linux OS, optimized for precise resin printing. The printer also supports Klipper, known for its speed and reliability in machine control. With the built-in NanoSupport slicer and a 5-inch IPS touchscreen, users can manage the printing process without needing external computers. The printer offers versatile connectivity options, including Wi-Fi, Ethernet, and Bluetooth, enhancing its flexibility.

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Athena II Specifications

 

Operation: 5in Touch Panel Power Requirement: 100-240V~ (50/60hz) 24V 14.6A-
Software : WebUI Printing Speed: Up to 90mm/hr
Connectivity:  Wifi, Gigabit Ethernet, Bluetooth, USB Rated Power: 350W
Technology: 10.1″ 12K or 9.6” 16K LCD Machine size: 35x32x53cm (LxWxH)
Light-source: mSLA (LCD + UVLED) Print size: 218.88 x 122.88 x 235mm / 211.68 x 118.37 x 235mm (XYZ)
XY Resolution: 14x19um Material: 405nm UV Resin
Layer Thickness: 10-200um Net Weight: 19kg

Athena II Settings

Try our UNICAL™ Calibration Model

If you’re trying Monocure 3D Resin for the first time or have just got a new printer, you’ll need to tweak your slicer settings to ensure perfect synergy between our resin and your printer. The most efficient way to achieve this is by using a Calibration Model. These small, intricate models are quick to print. To calibrate your printer using the UNICAL™ Download the STL model here and for step-by-step instructions on how to use the UNICAL™ head to our 3D Calibration Model Page.