Cubicon Style Neo-A22

The Cubicon Style Neo-A22 is an FDM 3D printer from Cubicon with a 220 x 220 x 220 mm build volume.

Specifications

The Cubicon Style Neo-A22 (technical designation Style NEO-A22C) is a professional enclosed FFF 3D printer manufactured by the South Korean company Cubicon. Launched around 2020-2021, this model inherits the design concepts of the Style series but introduces a larger build volume and automated systems designed for operation in schools, design offices, and small-scale production environments.

The mechanical specifications of the Cubicon Style Neo-A22 feature a cubic build volume of 220 x 220 x 220 mm, representing an increase over the 150 mm volume of the original Style model.

Calibration

To achieve optimal print quality and dimensional accuracy on the Cubicon Style Neo-A22, complete these 8 calibration steps:

• Ceramic Bed Coating Maintenance and Degreasing

Keep the ceramic coating on the build plate free of dust and skin oils. Clean the cold bed before printing using 99% Isopropyl Alcohol (IPA) and a clean microfiber cloth. Never apply acetone, glue sticks, or tape, as they can degrade the proprietary coating and interfere with print release.

Common defects

• Hardware defects and mechanical weaknesses
• Ribbon Cable Trace Fractures:

Due to the constant movement of the extruder carriage along the X/Y axes, the flat ribbon cable undergoes continuous flexing. Over time, the copper traces within the cable can develop micro-fractures, leading to heater failures or temperature sensor errors mid-print.

Fix: Replace the ribbon cable with an OEM replacement, ensuring the plastic guide is aligned to distribute the flexing motion.

What it is used for

Best use-cases

• Technical Parts in ABS and ASA:

The enclosed passive chamber and automatic bed leveling make the printer well-suited for printing engineering filaments without warping.

• Educational Spaces and Classrooms:

The fully enclosed chassis, safety sensors, and HEPA air filtration make it safe and accessible for student use.