Processing Packaging Waste? EJET MAGNET®-SG is Your New Ally in the Battle for Higher Profitability and Output Material Purity.
Imagine a device that separates mixed packaging waste into 3 clean fractions with a single motion: plastic, aluminum, and iron. Sounds like a recycling plant operator's dream? With us, this reality is within your reach.
EJET MAGNET®-SG is a groundbreaking eddy current separator designed specifically for the beverage packaging recycling industry. Unlike traditional devices requiring several separate sorting lines, our separator performs the entire work in one compact device.
The compact EJET MAGNET®-SG construction occupies significantly less space than traditional solutions comprising multiple separate devices. It's an ideal solution for plants where every square meter of production space is worth its weight in gold.
"We replaced three different devices with one EJET MAGNET®-SG separator. We save on energy, maintenance, and service" - a common opinion among our clients. The automated sorting process minimizes the need for manual segregation, translating into real savings.
Precise separation technology ensures the purity of all three material streams. Cleaner raw materials mean higher selling prices and greater profitability for your recycling plant.
EJET MAGNET®-SG works excellently not only for beverage bottle and can recycling but also across a broader spectrum of packaging waste. The device was designed with diverse recycling lines in mind.
At the heart of our device lies advanced SGECS technology that simultaneously sorts:
Thanks to its unique internal design, EJET MAGNET®-SG separates even the most mixed packaging waste with extraordinary precision, delivering material that meets the highest market standards.
One of our clients, a municipal waste recycling plant in central Poland, struggled with inefficient beverage packaging sorting. Manual segregation was costly, and previous technological solutions did not provide sufficient material purity.
After installing EJET MAGNET®-SG, the plant recorded: