Abrasives for dry vibratory finishing.
ECOS abrasives are an innovative solution developed by CONIEX after years of research and development, designed to revolutionize dry vibratory finishing processes. Thanks to their advanced formulation, they enable deburring, polishing, and surface finishing operations without the use of water or liquid compounds, significantly reducing environmental impact and operating costs.
Manufactured in a variety of shapes, sizes, densities, and degrees of abrasiveness, ECOS abrasives are suitable for a wide range of materials and industrial applications, delivering excellent results in terms of surface quality and productivity.
Descripción
Descripción
Advantages of ECOS Abrasives
- 100% dry vibration processes.
- Complete elimination of water and chemical use.
- A drastic reduction in waste and environmental management costs.
- High-quality surface finishes with lower roughness.
- Higher load capacity per cycle.
- Increased productivity and reduced processing times.
- Excellent cutting and finishing capabilities.
- Compatible with all types of metallic and non-metallic materials.
Higher productivity, less waste
Thanks to the elastic properties of their composition, ECOS abrasives allow for the processing of a greater number of parts per operating cycle and optimize the performance of the vibrators. Furthermore, by completely eliminating the use of water, the sludge generated by traditional processes is eliminated, replaced by a minimal amount of non-hazardous dust that is much easier to manage.
Easy adaptation to existing installations
ECOS technology can be easily integrated into most existing vibrators. All that is required is to equip the unit with a specific dry-run cover and connect it to a dust extraction and filtration system.
The sustainable solution for surface finishing.
ECOS abrasives combine maximum productivity, cost savings, and sustainability, making them the most advanced option for companies seeking to optimize their vibratory finishing processes and reduce their environmental impact without compromising on quality.
