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Advanced Sorting, Screening, and Recycling Equipment for Material Recovery

Improve Purity | Increase Recovery | Reduce Process Losses

We help identify and implement the right Binder+Co equipment solution to improve sorting accuracy, screening performance, material recovery, and overall process reliability.

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Sensor-based sorting, screening, recycling, and process solutions for glass, metals, minerals, aggregates, C&D waste, industrial recycling, and bulk material processing applications

Binder+Co Optical & Sensor-Based Sorters

Separate valuable fractions using selected material characteristics.

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Binder+Co Optical & Sensor-Based Sorters — Binder+Co: Optical & Sensor-Based Sorters. Manufacturer equipment example.

Optical & Sensor-Based Sorters for your process

Separate valuable fractions using selected material characteristics.

Binder+Co CLARITY equipment combines appropriate sensing and material-ejection arrangements for recycling and sorting duties. Different sensors identify different characteristics, so the starting point is the target fraction and contaminant rather than the word optical alone.

Example: Recover a selected glass or metal fraction from a mixed recycling feed.

Also known as: CLARITY sorters, sensor-based sorters, optical sorting machines.

Choose the recognition method

colour, spectral response, conductivity or alloy information require suitable sensors.

Present the feed

size distribution, surface condition and particle separation affect recognition.

Balance purity and recovery

trials help establish the practical sorting objective.

How It Works

Present separated particles

Identify selected characteristics

Eject material into the planned fractions

Typical Materials & Industries

Glass recycling

colour and contaminant separation need suitable sensing and presentation.

Metal recycling

selected sensor combinations address material or alloy sorting.

Construction and demolition materials

review feed condition and the target recovered fractions.

CLARITY glass sorting

Binder+Co demonstrates its glass-sorting application. This illustrates one CLARITY material duty; metal and construction-material sorting use application-specific sensing and setup.

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CLARITY AI for construction materials

Binder+Co shows AI-based sorting of construction and demolition material using surface and colour recognition. This is a distinct application from the glass-sorting demonstration.

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Application & Process Context

Feed composition, particle-size range, surface condition, throughput, desired fractions, contaminants, and representative samples for sorting trials.

Glass feed material illustrated in Binder+Co’s CLARITY sorting information.

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Configuration & Application Review

Equipment duty: Separate valuable fractions using selected material characteristics.
Selection basis: Feed composition, particle-size range, surface condition, throughput, desired fractions, contaminants, and representative samples for sorting trials.
Available configuration review: Belt or chute arrangement, Selected optical and other sensors, Sensor fusion, Two- or three-way sorting arrangement, Feed preparation, Application testing and recipe setup.
Application verification: No. The detection method must distinguish the target from the valuable material under actual feed conditions. Review sample trials and any required sensor combination.

Options to discuss

Belt or chute arrangement
Selected optical and other sensors
Sensor fusion
Two- or three-way sorting arrangement
Feed preparation
Application testing and recipe setup

Application Questions

Will one sensor identify every contaminant?

No. The detection method must distinguish the target from the valuable material under actual feed conditions. Review sample trials and any required sensor combination.

What should I send RTS for a review?

Feed composition, particle-size range, surface condition, throughput, desired fractions, contaminants, and representative samples for sorting trials.

PDF Literature & Technical Resources

Confirm the complete quoted equipment, operating conditions and selected options for your application.