Mimaki Engineering Co., Ltd., headquartered in Nagano, Japan, has released a software update for its 3D Print workflow suite, introducing native lattice generation capabilities and...

Mimaki Engineering Co., Ltd., headquartered in Nagano, Japan, has released a software update for its 3D Print workflow suite, introducing native lattice generation capabilities and an offline operating mode. The update allows users to generate internal lattice structures directly within the software environment, reducing the reliance on third-party pre-processing tools for complex geometry optimization. Furthermore, the newly implemented offline mode enables print shops to manage and process data locally, addressing data security concerns and operational continuity requirements for industrial users. This update specifically targets users of Mimaki's full-color inkjet 3D printers, such as the 3DUJ-553 and 3DUJ-2207, which utilize UV-curable photopolymer resins.

This development reflects a broader trend among hardware manufacturers to consolidate the digital thread by integrating advanced prepress features directly into proprietary software ecosystems. By incorporating lattice generation, Mimaki is attempting to lower the barrier to entry for users seeking to reduce part weight and material consumption in full-color applications, a task previously requiring specialized third-party software. While competitors like Stratasys and 3D Systems have long integrated robust lattice tools into their respective GrabCAD and 3DXpert platforms, Mimaki's move signals a necessary maturation of its software stack to better serve professional design and prototyping bureaus. The addition of an offline mode is particularly relevant for high-security manufacturing environments where cloud-based workflows are restricted due to intellectual property protection protocols.

For current Mimaki users, this update simplifies the workflow by eliminating the need for external software to handle lattice generation, which should improve overall design-to-print efficiency. The offline functionality is a practical utility that aligns the company with standard industrial IT requirements, ensuring that print shops can maintain productivity regardless of network stability or security constraints. Users should verify compatibility with their specific printer firmware versions to ensure seamless integration of these new features into their existing production pipelines.