Mimaki Europe has announced a new version of its workflow management software for 3D printers. Mimaki 3D Print Prep Pro v2.0 (3DP3v2) automatically optimizes 3D data for 3D printing, with new capabilities including lattice patterns and extensive data conversion. It is set to be available in June 2026.
Originally launched in 2021, 3DP3 was designed to overcome data preparation challenges and lower the barrier to adoption by removing the need for specialized knowledge. The new version builds on those foundations while adding capabilities that extend 3D printing applications into medical, architectural, and design markets.
Among the headline additions is a lattice structure conversion function. With four lattice patterns and adjustable density settings, users can reduce the weight of printed objects and create cushioning or softening effects depending on the material. This feature is particularly useful for realistic mock-ups of soft items such as shoes, sofas, or beds requiring multi-directional flexibility.
On the data side, the software now supports topographic and architectural measurement data collected by drones, as well as CT scan data, a process that typically requires multiple software programmes to convert into a 3D-printable file but can now be handled within a single platform.
Additionally, while the original 3DP3 was cloud-only, 3DP3v2 can now also operate offline with Mimaki’s 3D printers, improving the overall security of the production process and reducing risks around confidential data or intellectual property.
This update reflects a consistent direction for Mimaki in 3D printing: making complex workflows accessible without sacrificing output quality. We have previously covered the company’s steps in this space, including its full-colour inkjet 3D printing ecosystem and real-world application cases with users such as Fansea.
With 3DP3v2, the company appears to be addressing two distinct user groups simultaneously: established print service providers looking to handle more complex data, and newcomers seeking a lower-friction entry into 3D production.
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