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AI Driven Sorting Solution For

A Profitable Circular Economy

Automate sorting, eliminate contamination, and maximize resource recovery at scale.

What Makes Our Sorting Smarter?

At Ishtiva, we bring cutting-edge AI to the world of recycling. Trained on millions of data points, our intelligent sorting solution delivers unmatched accuracy across material types, packaging formats, and industry applications. Here’s how we do it:

Food-Grade Sorting

Ensuring safety and compliance, our AI precisely distinguishes food-grade materials from non-food-grade waste — enabling circularity in packaging while adhering to stringent regulatory standards.

Polymer-Based Sorting

Accurately classifies polymers such as PET, HDPE, PP, PC, PS, and more — enabling clean segregation and better recycling outcomes.

Utility-Based Sorting

From FMCG and Pharma to Chemical and Industrial use — we tailor the sorting process to suit industry-specific compliance and recovery needs.

Brand-Wise Sorting

Whether it’s bottles, sachets, or flexible packaging — our deep learning model identifies branded articles for brand-specific recovery or auditing, ensuring granular traceability.

MLP & Flexible Packaging Detection

We detect and distinguish even the most complex formats like multilayer plastics (MLP), oil pouches, PP/BOPP films, paper, and cardboard — with precise classification for flexible waste streams.

Color-Based Sorting

Our AI detects and separates materials down to the exact shade, improving purity rates and reducing contamination across streams.

50+ Categories & Counting

With over 50 active sorting categories (and growing), our model is continuously learning — evolving with every data point to help you achieve higher material recovery, lower operational costs, and maximum circular value.

We SORT IT ALL

Efficiently and profitably produce top-grade secondary raw materials

Our advanced AI and machine learning systems continuously improve, adapting to new materials and evolving industry demands. Whether you operate a recycling facility, packaging plant, or waste management center, Ishitva helps you sort materials as per your requirements.

Plastic

Our AI-driven optical sorting system identifies polymers by type and color, enabling closed-loop recycling. Scale your recycling operations with automated sorting solutions.

Municipal Solid Waste

Maximize recyclables recovery with AI systems trained to detect 50+ categories of recyclates. Reduce landfill dependency, optimize processing, and move towards zero waste goals.

Metals

From metal cans and sheets to alloys and composites, our systems go further — detecting rust levels, damage, and contamination with visual AI, ensuring only high-quality metals are recovered and repurposed.

Mining

AI-powered particle recognition separates valuable metals, dust, and debris from ore waste. Maximize extraction, reduce operational downtime, and reclaim more with smart ore sorting.

RDF (Refuse-Derived Fuel)

Ishitva helps identify high-calorific-value materials from residual waste streams — ideal for cement kilns and industrial boilers. Optimize your RDF feedstock with precise sorting that enhances energy recovery.

Chemicals

Detects residue, contamination, and purity in chemical packaging and waste. Our AI ensures compliance with safety standards and improves hazardous waste segregation at the source.

Food

Ishitva's food-grade optical sorting enables ingredient-level quality assurance. From grains to powders, identify discoloration, contamination, or foreign matter with microscopic precision.

Beverage Packaging

Ensure food-grade PET recovery through high-precision sorting of beverage bottles. Our AI models detect labels, caps, and contamination to deliver clean streams ready for bottle-to-bottle recycling.

Textiles

From fiber damage detection to color-based sorting, we help yarn and textile manufacturers recover and recycle fabric scraps efficiently. Ideal for recycling plants and yarn factories pushing for sustainability.

Glass

Color, clarity, and contamination detection in glass waste ensures that your recovered cullet meets the highest standards. Our AI distinguishes between ceramics, metals, and glass types, helping you produce premium recycled glass products.

Real Results, Real Change

Our commitment to innovation and sustainability delivers measurable impact across every stage of waste management. From daily sorting operations to long-term landfill diversion, we’re setting new standards for efficiency, purity, and performance.

Tonnes

material get sorted daily

Purity Levels

Eliminate contamination for higher-value recycling output.

Cost Savings

Reduce labor dependency and improve efficiency

Tonnes/Hour

High-speed sorting that meets industrial recycling demands.

Millions of Tons Diverted

Keeping valuable materials out of landfills

Empowering Recyclers with Smarter and Advanced Sorting Solutions

Whether you're looking to accurately sort materials by color, polymer, or size, or establish a fully autonomous Material Recovery Facility, our advanced technologies like SUKA, SANJIVANI, FLAKE SORTER, SPLITTER, and DISCREENER offer a comprehensive solution. Designed for efficiency, precision, and scalability, we empower your recycling operations at every stage — helping you recover more, waste less, and build a cleaner, circular future.

Suka

Advanced sorting technology designed to efficiently separate materials by color, polymer type, and application, enhancing recycling accuracy.

Sanjivani

A state-of-the-art Material Recovery Facility (MRF) that operates autonomously and is capable of sorting multiple categories in real time.

Flake Sorter

Precision equipment engineered to identify and separate plastic flakes by color and polymer, ensuring high-purity recyclate for manufacturing.

Splitter

Efficient size-based separation system that classifies materials into fines, medium-sized, and oversized fractions — optimizing downstream sorting performance.

Discreener

An advanced disc screening solution engineered to loosen and separate complex material streams while minimizing clogging and boosting overall processing efficiency.