Compared with 2025.0.1 released on January 2025, here are the new features and enhancements provided in R2025.1.0 release:
Sometimes the support area needs to be adjusted based on printer capabilities, material properties, model geometry, and desired print quality, However the users have to find the right overhang angle by trial and error. The feature displays overhang areas as coloured contours and updates them immediately according to the change of overhang angle, helping users evaluate and determine overhangs in an intuitive way.
Sometime it is not easy to automatically fix all model mesh errors with one-click and have to return to CAD tool for corrections. However in previous INTAMSUITE NEO, it could detect and count mesh errors but could not show their exact locations on the model, forcing users to identify and search for problematic areas by guesswork. In addition, the repair function applied fixes to all loaded models at once, with no option to target specific models. Now model mesh error detection and repairing are centralized in a sub-environment, and with the option to display only problematic models for a clean view. more importantly, each mesh error can be highlighted on white or untextured models for quick location, and the visibilily can be toggled based on error types . In addition, the specified error types can be repaired for the selected model or all loaded models.
When importig a STEP/STP files, as with most of slicers, INTAMSUITE NEO previously converted them to STL format automatically using fixed precision settings, which can lead to overly dense meshes for simple geometries and insufficient details for complex or organic shapes. The users now can fine-tune conversion quality via "linear deflection" and "angle deflection" for a better balance between print accuracy and efficiency. If the values of these two parameters are set smaller, the model import quality is higher, the surfaces are smoother, and the number of generated triangles increases. Consequently, the import time and slicing time will increase.
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While INTAMSUITE NEO offers automatic support generation, manual support placement remains essential in certain scenarios where precision, material & time savings, enhanced stability or print quality are critical. INTAMSUITE NEO expands its capabilities and flexibility further, including-
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Similar to CAD programs, the model browser tree now provides a structured, node-based representation of the 3D model’s components, enabling fast identification of model dependencies and workflow efficiency.
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Tree support is a branch-like support structure in FDM 3D printing, designed to minimize material usage and improve print efficiency compared to traditional grid or line supports. It resembles organic tree branches, growing only where necessary to uphold overhangs and bridges. It is recommended to use on organic models, miniatures, hollow designs, or prints with isolated overhangs for less material consumption, easier Removal, better Surface finish and faster printing.
The slicer engine of the INTAMSUITE NEO has now been upgraded with a tree-support algorithm and some of the parameters have been replaced, allowing to create better tree supports for less materials and model avoidance. You can switch from Normal to Tree for support structure to see the change, and it will be used as the default value once INTAMSYS Lab finishes to test and finalize the printing profiles for all materials on all machine types.
The print job queue (or print queue) refers to a system that organizes and manages multiple 3D printing tasks sequentially. It allows users to submit multiple models for printing for planning in advance, improving workflow efficiency. With the relevant feature and opened APIs developed for the FUNMAT PRO 310 NEO INTAMTOUCH (the new version will be released this month), you can now leverage remote print function to view and manage print jobs on printers via local area network, including re-ordering, adding, deleting, editing and starting to print the jobs.