One platform, configured around your workflow.
Generate, inspect and adapt toolpaths for industrial additive manufacturing.
Prepare complex parts with less manual work.
Built for robotic, multi-axis and non-planar additive manufacturing.
Explore Flexam Slicer →Understand and change machine code with confidence.
View code and toolpaths together, apply controlled changes and review what changed.
Explore Toolpath Editor →Fit Flexam into your machine and process.
Adapt inputs, machine profiles and outputs around your existing setup.
Turn process knowledge into repeatable workflows.
Apply geometry, process and machine rules consistently across jobs.
From your data to your production workflow.
-
01
Start with your data
Upload a 3D model or an existing machine-code file.
-
02
Configure the workflow
Set the relevant process, machine and preparation steps.
-
03
Generate, inspect or adapt
Use the capabilities required for this job.
-
04
Review and export
Check the result and continue with your existing production workflow.
From research, to prototype, to industrial production.
Wire-arc cladding for component repair
Robotic WAAM toolpaths for cladding worn industrial parts. Variable bead width, surface-following passes, fixturing-aware path planning.
Patient-specific devices in flexible materials
Non-planar toolpaths for form-fitting medical devices with complex organic geometries. Print along body contours in TPU and elastomers.
3D concrete printing at architectural scale
Layer-time-aware path planning, reinforcement-aware seam placement, multi-axis paths for non-planar walls.
Configured around your setup.
Flexam is designed for industrial and custom additive-manufacturing systems. Machine, process and output requirements are configured around the target workflow.
- KUKA
- ABB
- Fanuc
- Universal Robots
- Yaskawa
- Stäubli
- 5-axis delta
- Gantry
- 6 + 2
- Rotary stage hybrids
- Custom kinematics (JSON config)
- FDM · multi-axis
- Pellet extrusion · LFAM
- DED (Wire-arc, Plasma, Laser)
- Continuous fiber
- Concrete LFAM
- G-code · RS-274
- KUKA KRL · ABB RAPID
- Fanuc TP · UR Script
- 3MF · with motion plan
- Custom post-processors
Need help with an existing AM workflow?
Our engineering team can work directly with your current slicing software, toolpath code or machine workflow. We help analyze a specific problem, improve existing logic or develop a focused solution around your process.
Review existing logic
Review existing slicing, toolpath or machine-code logic.
Improve a workflow
Improve a specific algorithm or preparation workflow.
Adapt inputs and outputs
Adapt software inputs and outputs around a machine or process.
Bring us your part, code or workflow.
Send us the file and the machine. We'll show you what a configured multi-axis pipeline produces.