Separator
    1. Disc Screen
    2. Disc Screen Disc screens are made up of a series of rotating discs that effectively separate wastes of different sizes and weights, while a blower is used to separate combustible waste, and a contaminant screen is equipped to discharge small volume waste such as broken glass shards.
    1. Trommel
    2. Trommel Rotating trommel screens are most often applied early in municipal solid waste sorting systems to screen out solid wastes of different sizes so they can be processed further. Waste is fed into the perforated cylindrical drum so that it can be separated into two or more outputs determined by size.
    1. Magnetic Separator
    2. Magnetic Separator Our magnetic separators are utilized for separating ferrous metals from waste with high-efficiency using a permanent magnet that operates without a motor drive. The conveyor belt rotates around the high-powered permanent magnet to effectively remove products such as steel wire, nails, and gas tanks.
    1. Optical sorting
    2. Optical sorting Our optical (NIR) separator is a sophisticated sorting system that separates materials based on their molecular properties. It features a system that analyzes reflected NIR (near-infrared) light from the surface of materials and classifies them for high efficiency sorting.
    1. Eddy Current Separator
    2. Eddy Current Separator Our eddy current separators, or non-ferrous separators are specialized machines that apply the principle of high-frequency magnetic field induction (eddy currents) to separate non-ferrous metals like aluminum and copper from waste mixtures.
    1. Densimetric Separator
    2. Densimetric Separator Windsifters are waste management machines applied to separate lightweight impurities from waste mixtures using a powerful stream of air. The waste is fed into the separation chamber via a wide, flat belt conveyor.
    1. Ballistic Separator
    2. Ballistic Separator The ballistic separator is a sorting system with oscillating paddles that can separate the feed stream into three streams according to the different shapes and characteristics of wastes. By agitation, 3D materials (such as plastic bottles, cans, stone, etc.)