WEEE Recycling Solutions for End-of-Life Electrical & Electronic Equipment

StokkermillRAEE is the division of Stokkermill Recycling Machinery dedicated to designing and building plants for recycling and refining WEEE (Waste Electrical and Electronic Equipment) and for recycling copper and aluminum electrical cables. Its mission is to deliver sustainable, efficient, and automated electronic waste solutions that maximize recovery of metals and other recyclable materials.

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E-Waste / WEEE Processing and Recycling Line and Equipment

From an automated e-waste shredding and processing line to dedicated technologies for separating and recovering value from different material fractions.

Modular Stokkermill solutions for size reduction, metal separation, and advanced sorting of materials from waste electrical and electronic equipment (WEEE).

Complete Stokkermill line for e-waste processing and shredding

Fully automated recycling plant

E-Waste / WEEE Shredding and Processing

An automated line for shredding and processing e-waste (WEEE), designed for the efficient recovery of ferrous and non-ferrous metals, plastics, glass, and electronic components. The continuous process reduces manual handling and produces homogeneous, high-purity materials.

Process Continuous Automation Automatic Input E-waste / WEEE Configuration Modular Recovery Ferrous and non-ferrous metals Capacity Custom-engineered
  • Recovery of metals, plastics, glass, and electronic components
  • Customized configuration to suit the incoming material
  • Reduced manual handling
  • Homogeneous, market-ready output materials
  • Integration with advanced separation systems
Explore the E-Waste Recycling Plant
01 Stokkermill MFS 500 separator for metal fractions
Non-ferrous metal separation

MFS 500 Separator

Stokkermill eddy current separators enable efficient recovery of non-ferrous metals from e-waste (WEEE). Integrated into processing lines, they separate and recover valuable metal fractions, delivering clean, high-quality materials.

Explore the MFS 500 Separator
02 Stokkermill VT Multiple Densimetric Separator
Densimetric separation

VT Multiple Densimetric Separator

Multiple densimetric tables operate downstream of refining lines to separate mixed materials with particle sizes below approximately 0.2 in (5 mm). Adjustable vibration and inclination enable precise separation of different fractions from e-waste processing.

Explore VT Multiple
03 Stokkermill X-RAY Sorter for e-waste materials
X-ray sorting

X-RAY Sorter

The X-RAY Sorter analyzes the atomic density and composition of materials to identify and automatically separate different fractions. The technology provides high precision even with dirty or visually similar materials.

Explore the X-RAY Sorter
04 Stokkermill GS Micrometric Separation Table
Fine fraction refining

GS Micrometric Separation Tables

The GS Series combines adjustable vibration, airflow, and inclination to achieve high-purity separation of fine fractions. The configuration is robust, customizable, and easy to integrate into industrial plants.

Explore GS Tables

E-Waste Recycling Equipment

*Each machine is available separately and can be integrated into existing lines or purchased as an upgrade for third-party systems.

01 Stokkermill MFS 500 separator for metal fractions
Non-ferrous metal recovery

MFS 500 Separator for Metal Fractions

Stokkermill eddy current separators provide efficient recovery of non-ferrous metals from e-waste. Integrated into WEEE processing lines, they separate and recover metal fractions while producing clean, high-purity output materials.

Explore the MFS 500 Separator
02 Stokkermill VT Multiple densimetric separator
Densimetric separation

VT Multiple Densimetric Separator

Multiple density tables operate downstream of refining lines to separate mixed materials smaller than 0.2 in (5 mm). Adjustable vibration and inclination provide precise separation of the different fractions generated by e-waste processing.

Explore VT Multiple
03 Stokkermill X-RAY sorter for e-waste materials
X-ray sorting

X-RAY Sorter

The X-RAY sorter analyzes the atomic density and composition of materials to identify and automatically separate different fractions. The technology delivers high accuracy, even with contaminated or visually similar materials.

Explore the X-RAY Sorter
04 Stokkermill GS micrometric separation table
Fine-fraction refining

GS Micrometric Separation Tables

The GS Series combines adjustable vibration, airflow, and inclination to achieve high-purity separation of fine fractions. Its robust, customizable configuration can be easily integrated into industrial recycling systems.

Explore GS Tables
Linea completa RAEE - triturazione e smaltimento
Full Plant

Shredding and disposal of electrical materials, electronic waste (WEEE)

Fully automated WEEE shredding and processing line, engineered for efficient recovery of ferrous and non-ferrous metals, plastics, glass, and electronic components. The continuous, high-performance process minimizes manual handling and optimizes energy use, producing uniform, high-purity output materials. The line is capable of handling all major categories of electrical and electronic waste—from large and small household appliances to IT equipment, power tools, consumer electronics, lighting, medical devices, and vending machines—offering modular configurations that can be tailored to specific production needs.

Separatori elettrici Eddy Current Stokkermill
Separation

Separator for the Metal Fraction MFS 500

Stokkermill eddy current separators deliver efficient recovery of non-ferrous metals from WEEE. Integrated into WEEE processing lines, these systems crush, separate, and recover both ferrous and non-ferrous fractions, ensuring high-purity output materials.

Tavole densimetriche VT Stokkermill
Metal separation

VT Multiple Densimetric Separator

Multiple density tables are deployed downstream of refining lines to separate mixed materials smaller than 5 mm. Custom-engineered, they provide precise separation through adjustable vibration and inclination, performing effectively across a variety of material types.

Separatore ottico orizzontale OS1000 - Stokkermill
Selector

XRAY

X-ray sorting machines analyze and separate materials based on atomic density and composition. Incoming materials—such as plastics or metals—are exposed to X-rays, which interact differently with each substance. Sensors detect the X-ray intensity, and software automatically distinguishes “recoverable” materials from waste. Key applications include recycling, food processing, and mining. Benefits include high precision, reliable detection even on contaminated materials, and fast operational speed.

Tavole di separazione micrometriche GS
Glass refining

Micrometric separation plates | GS

The GS Series delivers high-purity separation—up to 99.9%—through adjustable vibration, airflow, and inclination. The system features self-learning capabilities to optimize settings automatically. It is robust, fully customizable, and easily integrated into industrial recycling plants.

Processed Materials

Industrial solutions for safe and efficient recycling of electronic and electrical equipment.

Lithium Batteries

Safe recovery of lithium, cobalt, and nickel using advanced Stokkermill systems in a controlled atmosphere.

Li Co Ni

IT Equipment

Processing and recovery of metals and PCBs from computers, printers, and communication devices.

Computers Printers Copiers

Lamps & Neon

Certified lines for safe handling and recycling of mercury and glass components.

Hg Glass

Large Household Appliances

Recovery of metals, plastics, and key components from major household devices.

Refrigerators Dishwashers Freezers

Consumer Equipment

Processing of audio-video devices with safe component removal and material separation.

TVs Monitors

Small Household Appliances

Recovery of metals, plastics, and critical components from small household devices.

Blenders Cleaning Devices

How We Work

1

Material Analysis & Sampling

Assessment of incoming electronic and electrical waste and definition of recovery KPIs.

2

Custom Process Design

2D/3D plant layout, material flow optimization, and machine selection for efficient recycling.

3

Installation & Start-up

Assembly, functional testing, and operator training for safe and efficient plant operation.

4

Continuous Optimization

Remote monitoring, maintenance, spare parts management, and line upgrades for maximum performance.

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