Southeast Asia
Compact deployment for local recycling stations, plastic bottle recovery, mixed packaging and film-heavy material streams.
FDL SORT designs AI-powered optical sorting systems for plastic bottles, films, textiles and mixed municipal recyclables — built for clean, efficient and scalable recycling operations.
Life-adjacent recycling scenarios for municipal, commercial and plastic recovery operations.
One equipment platform, different go-to-market stories: community recycling in Southeast Asia, high-throughput automation in North America, and high-purity circular economy requirements in Europe.
Compact deployment for local recycling stations, plastic bottle recovery, mixed packaging and film-heavy material streams.
Automation for MRFs and recycling operators seeking labor reduction, stable throughput and cleaner output fractions.
High-purity sorting for regulated recycling systems, advanced plastics recovery and traceable circular material flows.
Select the waste stream first, then match the sensing configuration, ejection method and line integration plan.
FDL SORT combines industrial cameras, AI models, high-speed conveyors and precision air ejection to identify target materials and separate contaminants at production speed.
Separate bottles, cans, cartons and daily packaging in cleaner community or MRF workflows.
Sort PET, PP, PE, PS and PVC by visible features and material signatures.
Stabilize lightweight films on the belt and identify PE/PP/PET/PVC even with wrinkles or printed surfaces.
A product matrix designed for B2B buyers: clear application, clear machine role, clear upgrade path.
For plastic bottles and visible-material sorting using industrial RGB vision and AI classification.
Combines RGB and NIR/hyperspectral sensing for same-color, different-material plastic separation.
Designed for lightweight films, soft packaging and flexible polyolefin streams.
Uses high-definition vision and AI models to recognize textiles by appearance, color and pattern.
AI vision plus high-speed robotic picking for flexible line automation and precise item removal.
Integrate optical sorters, robots, conveyors and control systems into a scalable recycling line.
Make the technology understandable for purchasing teams, plant managers and investors — not just engineers.
Trained on real-world waste scenarios to recognize shape, color, texture, stains, labels and deformation.
Hyperspectral/NIR options identify plastics by material signature beyond visible appearance.
Millisecond-response pneumatic ejection separates target materials while maintaining throughput.
Digital monitoring, recipe management and upgrade-ready controls support long-term line performance.
The buying journey is designed for B2B decision makers who need proof, layout support and reliable service before purchase.
Send sample materials or visit a demo line to verify purity targets, throughput and separation logic.
Define feed size, belt width, sensor package, reject path and installation footprint.
On-site commissioning, recipe setup, operator training and safety procedures for daily operation.
Remote support, spare parts planning, AI model updates and long-term optimization.
After-sales content should be visible on the independent site because B2B equipment buyers care about installation risk, parts supply and training just as much as price.
Prove the result before the order: sample testing, process simulation, line layout and customized configuration proposal.
Keep the line stable with commissioning, operator training, remote diagnostics, spare parts and periodic system updates.
Tell us your target material, throughput, current line status and desired purity. Our engineering team will recommend the right AI optical sorting configuration.