1. Define the process need
What material is being sprayed, on what surface, with what tolerance for variation or drying behaviour.
Custom projects
From application problem to configured spraying system
This is the part of the work that starts when a standard catalogue choice is no longer enough. The project usually becomes about the process itself: heating, geometry, fluid behaviour, repeatability, integration, or special accessory needs.
2. Choose the right control layer
Standard motion alone may not be enough. Heating, tilt, rotation, or fluid handling can become part of the solution.
3. Build the workflow around it
The final result can be a standard machine, a configured system, or a more project-specific engineering direction.
Typical custom directions
Where custom work usually starts
Heated substrate workflows
When drying, layer formation, or process timing depend on controlled substrate heating rather than room conditions alone.
Non-flat targets and harder geometry
When the angle of the nozzle, the orientation of the part, or the geometry of the target changes the required motion strategy.
Fluid handling beyond a simple bottle feed
When sedimentation, circulation, or more difficult materials require extra handling instead of a basic out-of-the-box setup.
Real projects do not start with a perfect product name
They usually start with a sentence like “we need to coat this sample repeatedly” or “the material behaves badly when sprayed by hand.” That is exactly the kind of input we want first.
One recent direction
Even the existing sample case on this page shows the real point: the value is in controlled application quality on a target surface, not in selling motion hardware for its own sake.
Start the project well
Describe the material, surface, geometry, and process challenge
That gives us the best chance to tell you whether a standard setup is enough or whether the project already points to custom engineering.