The good cleaning effect is based on the special design of the wear-free two-substance ring nozzle. Compared to classic wet-chemical cleaning, quattroClean snow blasting technology offers numerous advantages. These include significant savings in investment and operating costs as well as space requirements. Since neither water, cleaning chemicals nor drying is required, cleaning is resource-saving, energy-efficient and sustainable. Thanks to its scalability, the quattroClean system can be easily adapted to a wide variety of component geometries for full-surface or partial cleaning. The systems, which are based on standard modules, can be designed for manual, partially and fully automated cleaning. For painting processes, the JetModule is a solution that can be integrated into a booth - comparable to a paint booth - to save space. Automation is by robot, linear or gantry system. Part-specific process parameters such as volume flows for carbon dioxide and compressed air, blasting time, blasting angle and movement sequence - including 3D movements - can be stored as cleaning programs in the system control. The digital controllability of the quattroClean system also makes it possible to integrate cleaning into interlinked and digitized production environments.
Thanks to its scalability, the quattroClean system can be easily adapted to a wide variety of component geometries for full-surface or partial cleaning. The systems, which are based on standard modules, can be designed for manual, partially and fully automated cleaning. For painting processes, the JetModule is a solution that can be integrated into a booth - comparable to a paint booth - to save space. Automation is by robot, linear or gantry system. Part-specific process parameters such as volume flows for carbon dioxide and compressed air, blasting time, blasting angle and movement sequence - including 3D movements - can be stored as cleaning programs in the system control. The digital controllability of the quattroClean system also enables the cleaning process to be integrated into interlinked and digitized production environments. When the well-focusable snow jet of compressed air impinges on the surface to be cleaned, the interaction of thermal, mechanical, solvent and sublimation effects ensures that particulate contamination and filmic contamination are removed in a process-safe and reproducible manner.
Hall 3, Booth 3521