Product Features
Everything you need for multi-axis slicing
Four slicing methods, advanced toolpath generation, open-source postprocessors, and support for any 5-axis machine.
METHOD 01
Multi-Planar Slicing
Slice along multiple arbitrary planes to handle overhangs, bridges, and complex geometries without support structures. Define custom build directions per region of your part.
- Multiple build directions in a single part
- Automatic overhang detection and plane assignment
- Seamless transitions between planar regions
- Ideal for parts with overhangs >45°
METHOD 02
Non-Planar Slicing
Curved-layer slicing follows part geometry instead of flat horizontal planes. This eliminates the staircase effect on curved surfaces and dramatically improves surface finish quality.
- Curved layers follow surface curvature
- Eliminates staircase artifacts on curved parts
- Superior surface finish without post-processing
- Variable layer thickness along curved paths
METHOD 03
Conformal Slicing
Layers conform to existing substrate geometry, making this method ideal for coating, cladding, and repair operations. Build on top of non-flat surfaces with perfect adhesion.
- Layers follow existing surface geometry
- Perfect for coatings and cladding
- Repair operations on damaged parts
- Non-flat substrate compatibility
METHOD 04
Voxel-Based Slicing
Volumetric decomposition divides your part into voxels for maximum spatial control. Assign different materials, densities, or parameters to individual regions of the build volume.
- Volumetric spatial control
- Multi-material and graded structures
- Per-voxel parameter assignment
- Complex internal geometry support
Capabilities
Toolpath generation engine
Infill Patterns
Rectilinear, gyroid, concentric, and adaptive density patterns with configurable fill percentage and overlap.
Toolpath Filtering
Smart filtering removes artifacts, optimizes travel moves, and smooths toolpath transitions for cleaner output.
Toolpath Compression
Reduce file sizes by 10-100x while preserving accuracy. Essential for large-format parts with millions of points.
Collision Detection
Real-time collision checking between the tool, part, and fixture. Prevent crashes before they happen.
3D Visualization
Full 3D preview of sliced layers and generated toolpaths. Inspect every move before sending to the machine.
G-code Export
Export to G-code, ABB RAPID, KUKA KRL, and custom formats via open-source postprocessors.
No Vendor Lock-In
Open-source postprocessors
Every postprocessor is open-source. Inspect the code, modify it for your machine, or write your own. Export to G-code, ABB RAPID, KUKA KRL, and any custom format.
See it on your geometry
Upload your CAD file and get a free feasibility study showing exactly how the 5 Axis Slicer handles your part.
Request Free StudyReady to try it?
See how the slicer handles your geometry. Book a demo or request a free feasibility study.