We measure how reliably Clarity separates the target automotive fractions in scope.
Evaluations are scoped around the conveyor setup, throughput, and downstream value path your team needs to support.
Outputs include detection footage, class confidence, and a report your operations team can evaluate.
When Automotive Streams Become Too Complex for Visual Sorting
1The Problem
Automotive recycling streams often contain mixed polymers, coatings, foams, textiles, composites, and shredder-derived fractions that look similar on the belt but carry very different downstream value.
2The Solution
Clarity Recover uses spectral analysis to classify material composition in real time, helping teams separate high-value fractions more consistently and reduce the amount of ambiguous material sent downstream as mixed residue.
Beyond Color and Shape
Classify materials by spectral signature, not just visible appearance.
Built for Mixed Fractions
Evaluate shredder-derived material streams, difficult polymers, coated parts, and visually ambiguous fractions.
Prove Value Before Deployment
Run a material test on your target stream and review the output with operations, engineering, and commercial stakeholders.
Customer-safe example available under NDA. Live evaluations are scoped around your target fraction, your conveyor environment, and the recovery decision you need to make.
Request a Customer-Safe ExampleProject Scoping Process
Move from stream definition to a decision-ready evaluation path.
STEP 1 — Define Target Fractions
Identify the parts, polymers, or shredder-derived fractions your team wants to recover, characterize, or separate more reliably.
STEP 2 — Run Stream Assessment
Scope the test around your material sample, conveyor conditions, and the downstream workflow that matters.
STEP 3 — Review the Business Case
Receive an evaluation package your operations and commercial teams can use to decide whether to expand testing or move toward deployment.
Questions Buyers Ask Before They Scope an Evaluation
What material inputs do you need?
A representative sample of the automotive fractions you want to evaluate, plus basic context on conveyor conditions and downstream handling.
What does an evaluation deliver?
A customer-safe or customer-specific package with detection footage, classification context, stream characterization, and a next-step recommendation.
How is success measured?
Success is scoped around the target fractions in play, the consistency of separation, and the downstream value path your team cares about.
What happens after a successful test?
We use the measured results to define whether the next step should be expanded testing, pilot planning, or deployment scoping.