Atomic Reconstruction showcases Palette 300 12-nozzle system and Mojo 1 printer at RAPID+TCT 2026

Atomic Reconstruction (MOVA AtomForm) presented its latest desktop additive manufacturing hardware at the RAPID+TCT 2026 exhibition in Boston, USA. The company, which has completed three funding rounds within its first year of operation, showcased the Palette 300, a multi-material system utilizing the OmniElement™ architecture with 12 automated nozzles and 6 material canisters to enable 36 color combinations. Alongside this, the company demonstrated the Mojo 1, a high-speed FDM printer designed for rapid prototyping and creative applications with broad material compatibility. The Palette 300 system claims a 50% increase in material switching speed and a 90% reduction in material waste compared to standard multi-material setups.

This development targets the high-growth desktop AM segment, specifically addressing the technical limitations of color and material transitions in FDM/FFF printing. By integrating a multi-nozzle approach rather than a single-nozzle filament switching mechanism, Atomic Reconstruction is positioning itself against consumer and prosumer competitors in the multi-material space. The company's strategy involves a dual B2B and B2C approach, leveraging its R&D-heavy team (over 60% of staff) to bridge the gap between hobbyist ease-of-use and professional-grade material versatility. This comes as Chinese AM exports exceeded 10 billion RMB in 2025, highlighting the intense competition in the global desktop hardware market.

To succeed, Atomic Reconstruction must prove that the 12-nozzle hardware can maintain long-term reliability and nozzle-clogging resistance during continuous production. The company's ability to scale its software ecosystem to manage complex 36-color slicing will be as critical as the hardware's mechanical precision. Users should evaluate the total cost of ownership regarding the specialized material canisters and the maintenance requirements of the OmniElement™ system.