The new electromechanical magnetic separator from the Stokkermillab range represents a technologically advanced solution for materials research and analysis, guaranteeing high-efficiency in the removal of metal contaminants. This precision device, designed for laboratory and research applications, is equipped with a conveyor belt with a 10,000 Gauss neodymium magnetic pulley, a latest-generation technology capable of precisely separating iron and stainless steel from granules and other analyzed materials.
The separation process begins with the transportation of the material by the conveyor belt, which carries it towards the high-intensity magnetic pulley. Thanks to the powerful attraction generated by the neodymium magnet, the ferrous particles and stainless steel residues are retained and separated from the flow of material being processed. This system guarantees accurate purification, improving the quality of the analysis and reducing impurities.
- Maximum separation efficiency: the 10,000 Gauss magnetic pulley ensures a high attraction capacity, allowing even the smallest metal particles to be intercepted.
- Improved analysis quality: the effective removal of metal contaminants ensures that the tested material is pure and free from interference.
- Greater precision in laboratory tests: thanks to accurate separation, more reliable data can be obtained in material analysis.
- Essential research tool: ideal for research institutes, universities and laboratories that require meticulous separation of materials.
Thanks toils advanced technology, the electromechanical separation system is ideal for:
- Laboratory use, for separation tests and purity analysis of materials.
- Academic and scientific research, for the study of the properties of materials.
- Development of new separation technologies, for testing innovative solutions in the purification of substances.
The adoption of a complete electromechanical separation system with a 10,000 Gauss neodymium magnetic pulley is a strategic choice for laboratories and research centers that want to improve the efficiency of their analyses. Thanks to the combination of innovation and reliability, this system allows for more precise results, reduces impurities and supports the development of new technologies, contributing to increasingly advanced scientific and technological progress.
