Spectroscopic based Elemental Analysis Family

Our binary and multisort designs offer advanced, highly flexible sorting solutions tailored to meet a wide range of material processing needs. These systems are engineered to sort materials into either two distinct fractions (binary sorting) or multiple fractions (MultiSort), ensuring precision and accuracy in even the most challenging sorting environments. 

For binary sorting, the system efficiently distinguishes between two types of materials, whether metal vs. non-metal, ferrous vs. non-ferrous, or any other distinct categories. This solution is perfect for simpler material streams, where only two types of output are required but with a high level of accuracy and speed. 

In more complex sorting scenarios, our multi-sort designs come into play. These systems can handle the separation of multiple material types simultaneously, making them ideal for processing more intricate mixtures such as Zorba, e-waste, or automotive scrap. The ability to sort materials into several distinct fractions in one pass significantly reduces processing time and increases operational efficiency. 

Both the binary and multi-sort systems are designed with adaptability in mind. They can be customized and integrated seamlessly into existing processing lines, allowing them to be tailored to specific sorting challenges and material types. Whether it’s fine-tuning for metal alloys, plastics, or other recyclables, these systems offer the versatility needed to optimize material recovery and enhance throughput. 

With advanced technology and a focus on delivering clean, precise separations, our binary and multi-sort designs ensure that each fraction is processed with maximum efficiency, leading to higher yields and reduced waste. These systems are not only effective in current operations but are also built to evolve with changing market demands and material complexities. 

In essence, our sorting solutions provide the flexibility, precision, and adaptability required to meet the diverse and ever-growing challenges of modern material recovery.