Multi-Axis Additive Manufacturing
The First True Multi-Axis Slicing Software
Generate optimized toolpaths for 5-axis additive manufacturing. Multi-planar, non-planar, conformal, and voxel-based slicing — for any robot or CNC machine.
Chosen by manufacturers worldwide
Slicing Methods
Four ways to slice, infinite possibilities
Each slicing method solves different manufacturing challenges. Use them individually or combine them in a single build.
Multi-Planar Slicing
Slice along multiple arbitrary planes for overhangs and bridges without support structures. Full control over build direction per region.
Non-Planar Slicing
Curved layer slicing that follows part geometry. Eliminates staircase effects on curved surfaces for superior surface finish.
Conformal Slicing
Layers conform to existing surface geometry. Ideal for coatings, cladding, and repair operations on non-flat substrates.
Voxel-Based Slicing
Volumetric decomposition for complex geometries. Handles multi-material and functionally graded structures with full spatial control.
Toolpath Engine
Advanced toolpath generation
Fine-tune every aspect of your toolpaths. From infill strategies to filtering and compression.
Multiple infill strategies to optimize strength, speed, and surface quality for any geometry.
Contour
Archimedean Spiral
Linear
Radiating
No Vendor Lock-In
Open-source postprocessors
Adapt the output to your exact machine configuration. Our postprocessors are open-source — inspect, modify, and extend them to fit your workflow. No black boxes, no proprietary formats.
- Full source code access for all postprocessors
- Support for G-code, rapid, ABB RAPID, KUKA KRL, and more
- Custom output formats for any robot or CNC controller
- Community contributions welcome via GitHub
def generate_gcode(toolpath, config):
"""Generate G-code for your machine."""
header = config.machine_header()
for move in toolpath.moves:
if move.is_rapid:
emit(f"G0 X{move.x} Y{move.y} Z{move.z}")
else:
emit(f"G1 X{move.x} Y{move.y} F{move.feed}")
return header + body + footerCompatibility
Works with any robot or CNC machine
From industrial 6-axis robots to 5-axis CNC gantries. Open postprocessors mean no vendor lock-in.
XYZAC
5-axis CNC gantry
XYZBC
Tilting rotary table
XYZIJK
6-axis robot arm
OPEN5X
Custom kinematics
Tested Systems
Specific machines and robots on which our software has been validated.
Watch Demo
See the slicer in action
Watch a 5-minute walkthrough of the full slicing workflow — from CAD import to toolpath export.
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Free Feasibility Study
Upload your CAD file and receive a personalized video walkthrough showing exactly how the 5 Axis Slicer handles your geometry. No commitment, no sales pitch.
Request Free StudyReviews
Customer Reviews
4.5 out of 5 stars (based on 2 reviews)
Write a Review
Excellent engineering power
At the Robotics Research Center of Shimizu Corporation, we are developing a unique technology to 3D print aluminum with cold welding. Key to our technology is the printed object of high quality in both metallurgic properties and in surface quality. We have been using the 5 Axis Slicer to create toolpaths that are precisely engineered to allow near continuous speed welding with very little deviations. In addition, the 5 Axis Slicer computes machine tooling paths.
Pros:
+ Software can be customized according to our needs
Cons:
- Issues may occur when new versions are released, but DotX is usually able to respond speedy
Dr S. Ko, Senior Researcher
Amazing Flexibility and Precision!
I’ve been using the 5-Axis Slicer for several months now, and it has completely transformed the way I approach complex 3D printing projects. The ability to print without supports and create curved layers has saved me hours of post-processing. The software integrates smoothly with my machine, and the toolpath generation is flawless—especially for printing on existing curved surfaces. Whether I’m repairing metal parts or working on intricate plastic models, the 5-Axis Slicer consistently delivers high-quality results.
Pros:
+ Easy to use with a clean interface
+ Powerful multi-planar and conformal slicing options
+ Seamless integration with 5-axis robotic arms
Cons:
- The initial setup takes some time, but the results are worth it
Herbert van Duijn
Enterprise
Running multiple robot cells?
Need multi-seat licensing, API access, custom integrations, or dedicated support? Our enterprise plan scales with your production environment.
- Multi-seat and floating licenses
- API access for automated workflows
- Custom postprocessor development
- Priority support with SLA
- On-site training and onboarding
Founder & CTO
Jelle Kalsbeek
With a background in control engineering and industrial automation, I founded 5 Axis Slicer to solve a problem I kept hitting: existing slicing tools couldn't handle the complexity of true multi-axis toolpaths. Built at DotX Control Solutions in the Netherlands, our software brings the precision of control systems thinking to additive manufacturing.
Ready to get started?
Join engineers at dozens of companies worldwide using the 5 Axis Slicer for production additive manufacturing.