Automate material sorting, eliminate contamination at source, and unlock maximum resource recovery — at true industrial scale.
From PET bottle-to-bottle recycling to full-scale municipal waste facilities, our AI-driven sorting solutions make operations cleaner, faster, and more profitable — regardless of the material stream or scale.
Purpose-built AI solutions that handle the full spectrum of material streams — with unmatched precision, consistency, and reliability.
Detect a wide range of impurities in PET bales using AI vision — delivering contamination-free, high-purity output that commands premium recycled value.
Sort by polymer type, colour, melt flow index, and application. Built to meet rising demand for consistent, traceable post-consumer recycled materials.
AI systems trained on 80+ recyclate categories maximise recovery rates, reduce landfill load, and drive facilities toward meaningful zero-waste targets.
Identify polymer composition of fabrics and extract valuable recyclable fibres from post-consumer and post-industrial textile waste streams.
Ultra-HD vision with AI detects defects and foreign matter invisible to the human eye — ensuring export-grade quality across pulses, grains, spices, nuts, and dehydrated foods.
Recover high-value metals from mixed automotive scrap, aluminium waste, and complex e-waste streams using AI-assisted precision identification.
Proprietary hardware and AI models engineered for real-world sorting demands — built to perform at industrial scale, every day.
Advanced sorting technology designed to efficiently separate materials by colour, polymer type, and intended application — elevating recycling accuracy and output consistency across all plastic streams.
A state-of-the-art facility that operates fully autonomously, capable of sorting multiple material categories simultaneously in real time — reducing manual dependency and maximising throughput.
Powered by AI, machine learning, and hyperspectral vision, the Flake Analyzer detects even hidden contaminants — foreign polymers, off-colours, and dark plastics — in PET and mixed plastic flakes, reporting contamination down to PPM levels.
Integrates NIR, UV, colour imaging, and AI in a single powerful sensor suite to precisely detect and separate foreign polymers and colours in fine flakes ranging from 2 mm to 20 mm.
When PET bales are clean at the aggregator level, the entire PET value chain benefits. Cleaner bales produce better rPET output, building trust at every stage and improving profitability for all stakeholders downstream.
See how facilities across India and beyond have transformed their operations — achieving higher purity, greater profitability, and measurable progress toward circular economy goals.
Recognised by global organisations for innovation in waste technology, sustainability, and environmental solutions.
Stay ahead with industry news, technical deep-dives, and real-world success stories from our global deployments.
Working closely with over 50 recyclers, we've seen a recurring challenge — contamination caused by poor segregation before material even reaches the facility. AI is now changing that reality.
One of India's leading recyclers had the scale and demand — but was struggling with output purity. Discover how AI-driven sorting helped them meet their contamination targets.
The world is shifting from take-make-dispose to a circular economy where materials remain in use. Discover how intelligent sorting makes that transition not just possible, but profitable.
Our AI models are trained on millions of real-world data points and paired with advanced vision systems — delivering superior accuracy, purity, and resource recovery across every material application, setting new benchmarks for scalable industrial performance.