Versions & Changelog

• Integrated generative AI with Vixiv
• Generated designs can be directly sent to the Vixiv Lattice Engine and Optimization pipeline
• Export support for 3MF, OBJ, STL, and GLB formats

• Accept STL, OBJ, 3MF, OFF, GLB, GTLF, STEP, STP, PLY
• Automatic mesh repair on import if non-manifold
• Adjust model scale to preset units or manually adjust (Triggered when mesh is above/below easily printable size (10mm to 500mm))

Added Lyten Graphen PA12 model

Added Formlabs Fuse Nylon 12 model

Select faces in latticing engine to open that area for manufacturability

Added hole surface selection with improved handling of curved surfaces

• Added the ability to switch a project between Optimization and Lattice Engine
• Added a confirmation modal for switching
• Added switch actions in both project cards and inside the project sidebar

• Lower RAM usage
• Improved UI
• Better handling of large mesh exports
• Very large meshes will not be meshed, and show user a warning
• Fixed bug where large meshes block queue indefinitely
• Improved rendering efficiency
• Fixed ambient occlusion inconsistencies dependent on object scale

Optimization projects default pivot set to `Model`

• Force panel moved below Surface Selection + Tolerance
• Renamed section title from 'Force application' to 'Force direction'
• Conditional visibility: Force direction panel now appears only after a Load surface is selected

Added UI-only (disabled) options with 'Coming Soon' badges

• Printer: Formlabs Fuse
• Printer: GZero Additive
• Material: Formlabs PA12
• Material: Lyten 3D Filament PA1205

Design and export lattice structures directly in Vixiv.

• Set the start point and rotation of your lattice for precise positioning
• Export your lattice designs as an `.stl` file, ready for further processing

New gyroid infill option for FDM prints.

• Add gyroid internal structures to your parts for better strength-to-weight ratio
• Export your gyroid infill design as a `.3mf` file, ready to use in your slicer

Screenshots taken within the application are now sharper and more consistent

Safer lattice configuration:

• Minimum and maximum bounds are now enforced for all lattice parameters
• Invalid values are caught early, preventing errors further down the workflow

Fixed a bug that could leave inconsistent data behind after an account was deleted

• Prusa CORE One+: Now available as a printer option
• Atomic Filament PETG PRO: New material choice for Prusa CORE One+
• Smart Material Selection: Materials automatically filter based on your selected printer
• New FDM Cell Type: Full support for Vixiv FDM Special lattice structures with visualization and conformal generation

One-Click Google Login

• Sign in or sign up instantly with your Google account
• No need to remember another password
• Automatically links to your existing account if you've already registered with the same email
• Instant email verification

New Volume Selection Tool & Control Panel

• Define exactly where you want lattice structures in your part
• Fine-tune your lattice region with exact values
• Adjust position, rotation, and scale with sliders or direct number input
• Values shown in millimeters matching your STL file

Smart Result Filtering

• Get a curated shortlist of the best optimization results
• Toggle between recommended solutions and full results list
• Recommendations highlight the optimal solutions for your goals (stiffness, mass reduction, etc.)
• Save time by focusing on the best options first

Optimization results now show confidence levels as star ratings instead of numbers

• Easier to quickly identify high-quality results at a glance
• More intuitive visual representation

Performance confidence indicator in results. A new column in the results table shows performance confidence scores to help you assess the reliability and consistency of your designs.

Custom export options for mesh files. You can now give custom names exported files.

Demo files (Default Airplane Wing.stl and Bracket Starter File.stl) included in your workspace. Sample files are now automatically added to help you get started and explore features.

User can now define the start point of voxel network

Conformal lattice is now the default setting for new projects, making it easier to get started with optimized designs.

Improved visualization performance and quality for complex designs.

Streamlined design process for conformal lattice solutions.

Fixed export issues that prevented some complex designs from being exported successfully.

Improved accuracy of mass reduction calculations for conformal lattice designs.

Added clearer explanations and help text throughout the application to make features easier to understand.

New toggle to switch between conformal and traditional lattice structures for improved part performance

Better visualization capabilities for optimized parts

Enhanced export functionality for optimized designs

Clear warnings and helpful guidance when optimization constraints cannot be met, including:

• Part size compatibility checks
• Load capacity validation
• Stiffness target feasibility alerts

Voxel arrangement now automatically aligns with your part geometry for better results

The system now detects and preserves symmetry in your input parts

Voxel packing now starts from the part's center of mass for improved structural integrity