Industrial Sorting Facility

Recover More Valuable Material.
From Difficult Waste Streams.

Clarity Recover identifies difficult material such as black plastics, films, flexible packaging, mixed polymers, multilayer materials, and shredder-derived fractions in real time—then shows what the additional recovery could mean for your line.

What Clarity Recover changes on the line.

Identify more of the material you want, make the sorting action in real time, and measure whether the result supports your recovery goals.

See composition, not just appearance

Separate materials that look alike but have different chemical composition and recovery value.

Sort at operating speed

Run classification and sorting decisions at the edge, within the latency and infrastructure constraints of the line.

Prove the recovery case

Review detection footage, purity and contamination changes, and the commercial opportunity on your actual material.

THE CHALLENGE

When Visual Sorting Reaches Its Limit

1The Problem

Millions of tons of recoverable material are lost because conventional systems cannot reliably distinguish chemical composition in complex or visually ambiguous streams.

2The Solution

Metaspectral applies high-dimensional spectral analysis to identify and classify materials on the line in real time, including black plastics, complex polymer blends, multilayer materials, and automotive shredder residue.

Black Plastics on Conveyor
Detected
Polypropylene (PP)
Review-ready material match
Detected
Polyethylene (PE)
Sort-ready class assignment
What You Receive After a Material Test

A result tied to your actual stream.

Your operations, engineering, and commercial teams receive the evidence they need to judge performance and decide what should happen next.

Detection Footage

Detection footage synchronized to ejection timing and sorted output.

Purity Delta

Output quality change measured against the agreed criteria for the evaluated stream.

Contamination Delta

Contamination change tied to the fraction, output, or commodity quality your team already tracks.

Recovery or ROI Model

A simple value model translating the measured result into recovery and commercial impact.

Recommendation

A practical next-step recommendation for expanded testing, pilot planning, or deployment scoping.

Next-Step Plan

A practical path into expanded testing, pilot planning, or deployment.

FPGA Hardware

Designed for Real Conveyor Environments

Built for low-latency industrial deployment where throughput, reliability, and secure edge processing matter.

Metaspectral Hyperspectral Sorting Unit
CLARITY™ RECOVER UNIT

Industrial-Grade Hardware

Throughput

High-speed inference aligned with commercial sorting conditions and production line requirements.

Integration

Designed for compatibility with manufacturer-agnostic hardware environments and existing facility workflows.

Edge Deployment

Low-latency processing for production environments where secure on-site deployment is required.

Recovery Opportunity

Turn measured test results into an operations model.

We translate measured test results into a simple value model your operations and finance teams can review together.

100
15%
Measured purity uplift from the test run
Capture rate on target material
Recovered polymer value based on your stream
Opportunity Snapshot
Material currently missed per day
15.0 tons
Annual material opportunity for test planning
5475 tons

Use this to prioritize a test. Then review the model with measured purity, yield, and recovered polymer value from your line.

Test Your Material Stream.

Send representative material and see how Clarity Recover performs against the classes and outcomes that matter to you.

Test scope and timing depend on sample volume, line conditions, and the performance questions your team needs answered.

1. Ship

Send us a sample of your hardest-to-sort materials or residue bales.

2. Scan

We run it through the Clarity™ Recover system under real-world conditions.

3. See

You receive a raw video of the sorting process and a detailed purity/yield report.