Industrial additive manufacturing software.
One platform, configured around your workflow. Generate, inspect and adapt toolpaths.
DED cladding for component repair
Surface-following deposition paths for worn components and a defined robot cell.
Patient-specific devices
Non-planar path preparation for anatomical shapes, including orthoses and prosthetic sockets.
Concrete 3D printing
Path planning around wall geometry, layer timing and machine limits.
From conventional 3-axis printing to complex robotic workflows, configure slicing and toolpaths around your part, machine and process.
Less manual work
Automatically split complex geometry into regions and apply a suitable slicing strategy to each.
Go beyond flat layers
Combine planar, non-planar and multi-axis toolpaths to suit the shape of your part.
Match strategy to your setup
Use machine and material data to guide strategy selection, supported by ML.
Use Flexam with
your hardware
*Vendor names are examples of industrial systems Flexam is configured to work with.
The team behind Flexam.
Meet the team →
We develop slicing software, work with robotic systems and apply machine learning to manufacturing.
Read our founders’ interview on 3Druck →
Slicer development
- AM experience since 2014
- Multi-axis slicer development since 2016
Robotics engineering
- From robotic arms to humanoids
- Motion planning for real machines
Industrial Software Engineering
- Machine learning for manufacturing
- Automation & systems integration