Recycling sorting systems with conveyor belt

• Our sorting systems can be used flexibly and universally
• They guarantee the safe detection and removal of contaminants
• They have a high throughput capacity thanks to configurable belt speeds
• The modular design of Sesotec’s sorting systems makes it possible to combine up to three sensors for detecting contaminants: a color and shape sensor, a metal sensor and a near-infrared sensor that distinguishes between different types of materials
• A touch display with intuitive navigation makes it possible to operate and configure our systems quickly and easily
• The smart operating software SesoDesk with Octa-Core technology enables the parallel signal processing of sensor information while guaranteeing the greatest degree of flexibility, even when it comes to challenging sorting jobs
• It is possible to retrofit sensors without any hassle
• Our sorting systems are adapted to the individual area of application, have been designed for durability thanks to wear protection and are easy to maintain
• Energy-efficient Sesotec systems have been optimized with regard to the consumption of compressed air and electricity

Alternative system configurations for a wide range of applications

Multi-sensor sorting systems for various recycling applications

divide mixed material flows into uniform fractions. The material (e.g. PET bottles, electrical waste, scrap metal and household waste) reaches the detection area optimally scattered by way of a fast-moving conveyor belt. Once there, sensors “scan” the material flow based on color, shape and type of material. A metal sensor detects metals, with optional detection of stainless steels as well. The electronic analysis assembly then activates the air ejection unit with exact timing and positioning, which removes the contaminants from the material flow.

Conveyor belt sorting systems for recycling glass

separate glass fragments by color and effectively remove foreign material, such as ceramics, stones and porcelain (CSP), with reliability. They are also able to achieve high-quality single-color fractions out of mixed-color glass fragments, as well as detect and remove heat-resistant and/or special leaded glass.