
Atomic Reshape Showcases Palette 300 12-Nozzle System and Mojo 1 at RAPID+TCT 2026
Originally reported by 投资界 (PEdaily)
Atomic Reshape Showcases Palette 300 12-Nozzle System and Mojo 1 at RAPID+TCT 2026
Atomic Reshape (MOVA AtomForm) presented its Mojo 1 and Palette 300 desktop 3D printers at the RAPID+TCT conference in Boston from April 14 to 16, 2026. The Palette 300 utilizes the OmniElement™ architecture, featuring a 12-nozzle system and 6 material canisters to enable combinations of 12 materials and 36 colors. According to company data, this dual-channel feeding and proprietary positioning system increases material changeover speeds by 50% while reducing material waste by 90% compared to standard FDM multi-material setups. The Mojo 1 focuses on rapid prototyping and high-color fidelity for the consumer and creative sectors, complementing existing FDM hardware ecosystems.
This exhibition highlights a strategic push into the desktop multi-material market, targeting the intersection of consumer customization and professional prototyping. By addressing the high waste and slow switching speeds typical of traditional FDM multi-material systems, Atomic Reshape is positioning itself against established desktop players in the hobbyist and small-scale production segments. The company, which has completed three funding rounds within its first year of operation, is leveraging a high R&D density of over 60% to move from single-material extrusion toward complex, multi-material desktop manufacturing. This aligns with the broader growth in the 3D printing export market, which exceeded 10 billion RMB in 2025.
Success for Atomic Reshape will depend on the software integration between the 12-nozzle hardware and user-facing slicing tools to ensure the 36-color combinations are accessible to non-experts. The company must now prove that the 90% waste reduction claim holds up under continuous industrial-lite production cycles. Buyers should evaluate the long-term reliability of the 12-nozzle switching mechanism in high-volume desktop environments.
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