Electronic Waste Recycling (DE-XRT & HR-RGB & AI Algorithm)

Donate DE-XRT Pro Sorter

✔ Industrial E-Waste Recycling
✔ AI-powered hybrid with DE-XRT and RGB cameras that recovers high-value metals from e-waste based on density and surface characteristics, increasing value and reducing contamination

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Donar DE-XRT Non-Ferrous Metal Recycling Sorter

Zero Waste Solutions makes your machinery perform more

Acquiring new machinery entails many challenges for a company. It’s not just about buying new technology, it’s about implementing it and getting the most out of it. Zero Waste Solutions accompanies you as a partner throughout this process and also offers after-sales technical service to ensure the correct operation and optimization of your Lauffer Vision Technology Donate DE-XRT Pro Sorter .

System design and engineering

We analyse the type of WEEE, the volume of input, the level of contamination and the final purpose of the recycled material. With this information, we design a technical solution adapted to each plant.

Machinery selection and integration

As suppliers, we recommend and integrate the most suitable equipment for each process: crushing, washing, drying, separation, extrusion, compounding, pelletizing, and auxiliary equipment.

Implementation and commissioning

We handle the implementation of the solution at the plant, coordinate the installation, and perform the necessary adjustments so that the line operates stably from the start.

Technical support and optimization

After commissioning, we continue to accompany the client to improve performance, reduce inefficiencies, and optimize the quality of the recovered material.

Meet your Donate DE-XRT Sorter Pro from Lauffer Vision Technology

The Donar DE-XRT Pro is an advanced e-waste sorter that combines dual-energy X-ray transmission, high-resolution RGB imaging, and artificial intelligence. This hybrid technology allows metals, plastics and other materials present in complex WEEE streams to be accurately identified and separated.

The system analyzes both the absorption and penetration of X-rays in each material and its surface characteristics detected by RGB. In this way, you can recover materials such as copper, aluminum, gold, silver, and plastics, increasing recovery rates and reducing reliance on manual sorting.

Dual-energy and RGB X-ray sorting

The technology works with two levels of energy:

Low-energy X-rays: 20–50 keV
High-energy X-rays: 80–150 keV

Each material responds differently to both levels. This difference is measured by the DER dual-energy ratio, which allows materials to be distinguished with high accuracy. The RGB image adds an additional layer of analysis based on the visual and surface characteristics of the material.

Thanks to the combination of DER + RGB, the Donar DE-XRT Pro can differentiate materials with high precision, even in highly complex e-waste streams.

Plastic

Plastic exhibits high absorption at low energy and low absorption at high energy.
Low Energy: Low Transmission
High energy: high transmission
RIGHT: < 1,5

Aluminum

Aluminium shows an intermediate behaviour between plastics and denser metals.
Low Energy: Medium Transmission
High energy: high transmission
DER: 1.5–2.5

Copper

Copper offers very high absorption at low energy and moderate to high energy.
Low Energy: Low Transmission
High Energy: Medium Transmission
RIGHT: > 2,5

Silver

Silver exhibits extremely high absorption at low energy and moderate to high energy.
Low energy: very low transmission
High Energy: Medium Transmission
DER: 3.0–4.0

Gold

Gold shows almost total absorption at low energy and high absorption at high energy.
Low energy: near-zero transmission
High energy: low transmission
RIGHT: > 5,0

Donate DE-XRT Pro Sorter

Technical Specifications

Select your machine

Exceptional hybrid of dual-energy X-ray transmission and high-resolution RGB image

It allows the identification and separation of metals, plastics and other materials present in electronic waste, combining X-ray absorption analysis with visual reading of surface characteristics.

Proprietary AI deep learning algorithms

The system uses trained AI models to recognize sorting patterns and simulate advanced manual separation criteria. This improves accuracy in material identification and facilitates more stable sorting.

Reliable high-performance ejection system

It integrates powerful, high-speed air ejectors, developed to precisely remove selected materials and maintain reliable performance in high-capacity processes.

Modular and flexible design

The machine features a modular belt design, available in widths of 1200 and 1800 mm, allowing the solution to be adapted to different operational needs in e-waste recycling plants.

Machine Capabilities

Technical specifications of Donate DE-XRT Sorter Pro

Donate DE-XRT1200 Pro

Tape width: 1200 mm
Air Nozzles: 202
Sorting size: 10–80 mm
Capacity: 4–10 t/h
Air consumption: 15 m³/min
Power: 12 kW
Dimensions: 5675 × 2436 × 2349 mm
Weight: 5.8 t

Donate DE-XRT1800 Pro

Belt width: 1800 mm
Air Nozzles: 304
Sorting size: 10–80 mm
Capacity: 6–16 t/h
Air consumption: 20 m³/min
Power: 15 kW
Dimensions: 5675 × 2890 × 2751 mm
Weight: 8.0 t

Typical Applications

Result of Donating DE-XRT Pro Sorter

01

Classification of printed circuit boards — PCB

Identification and separation of copper, aluminum, gold, silver and plastic substrates present on printed circuit boards.

02

Electronic Component Recycling

Recovery of precious metals from resistors, capacitors, connectors and other electronic components.

03

Processing Waste Cables

Separation of copper or aluminium cores from PVC or PE insulating layers.

Donar DE-XRT Clasificadora Pro Aplicaciones
Donar DE-XRT Clasificadora Pro Aplicaciones
Donar DE-XRT Clasificadora Pro Aplicaciones

Add high-impact machinery to your factory

Tell us what type of plastic waste you manage, what capacity you need, and what result you want to achieve. We help you define the most suitable technical solution for your operation.

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