Workpieces with complex geometries such as drilled holes and undercuts, in particular, benefit from the targeted turbulences of MAFAC vector kinematics.

Sectional view of the MAFAC normative part.

In cleaning processes with a rigid nozzle system, the partial regions which are not exposed (red) outweigh those which are optimally exposed (green).

Thanks to angular variance, the MAFAC vector kinematics leads to a significantly better exposure of the components. Optimally (green) and partially (yellow) exposed regions clearly outweigh unreached locations (red).

Residual dirt of a component that was treated with a cleaning method using a rigid nozzle system.

Almost free from particles: The surface of a component cleaned with MAFAC vector kinematics: The weight of particulate contamination is 30 % lower than with a stationary spray tube.

Rigid nozzle system
Uncleaned surface area: 1,009,926 mm²
Cleaned surface area: 142,980 mm²

MAFAC vector kinematics
Uncleaned surface area: 1,009,926 mm²
Cleaned surface area: 426,928 mm²

Technical Information "Vector Kinematics" German (PDF)

Technical Information "Vector Kinematics" English (PDF)

Technical Information "Vector Kinematics" French (PDF)