High-speed optical sorting platform for 3 to 15 t/h packaging, film and mixed polymer lines where visual recognition speed and stable ejection timing are the main priorities.
Quick answer
Quick answer: use the AISORT High-Speed Vision Sorter when a recycling line needs high conveyor speed, stable object recognition and reduced manual sorting across rigid packaging, film fractions or mixed polymer streams.
The platform is best suited to operators balancing throughput and output consistency. It is not only a camera upgrade, but a line-speed platform for plants that need fast classification, predictable ejection timing and retrofit-friendly deployment.
Best-fit throughput
3 to 15 t/h
A practical range for high-volume rigid packaging, light packaging and mixed polymer recovery lines.
Recognition latency
10 ms
Short processing latency helps maintain ejection timing on faster conveyor speeds.
Belt speed
Up to 3.0 m/s
Useful where line economics depend on speed, not only on single-pass purity claims.
Typical role
High-speed sorting stage
Strong fit for modern lines where labour reduction and throughput growth matter together.
Use it where the line must keep up with high packaging volume while maintaining stable visual recognition and fast ejection.
Useful in high-speed lines that need better separation discipline than coarse mechanical sorting alone can provide.
Strong fit when an operating plant wants more speed without a full greenfield rebuild.
Works well as a fast front-end classification layer ahead of tighter downstream purity stages.
This machine is strongest when the main project objective is higher line speed with better consistency than manual sorting or low-resolution vision can deliver.
High-speed sorting only performs well if material singulation, burden depth and spread profile are controlled upstream. Feed preparation is part of the answer, not an afterthought.
If the line challenge is mainly visual recognition at speed, this platform is strong. If the challenge is deep polymer discrimination or difficult black-plastic recovery, a multisensor or NIR-led stack may be the better route.
Conveyor width, utilities, discharge paths, dust load and access space should all be validated before quoting the final machine configuration.
This high-speed vision sorter is not always the best answer. Consider another AISORT platform first if your priority is ultra-tight polymer discrimination, black plastic recovery driven by spectral contrast, or a stream with poor singulation that will stay chaotic even after line preparation.
The AISORT High-Speed Vision Sorter uses high-frame-rate imaging, FPGA-accelerated processing and AI classification to separate materials at elevated conveyor speeds. It is suited to facilities that prioritize throughput, stable ejection timing and lower operator dependence.
Short recognition latency keeps separation accuracy stable even on fast-moving conveyor lines.
Supports rigid plastics, film fractions, packaging waste and selected e-waste pre-processing tasks.
Configurable line widths and belt speeds allow the system to fit both regional and industrial-scale facilities.
Automates labor-intensive tasks in facilities that need higher speed with more consistent output quality.
AI models can be tuned for specific feedstock conditions and contamination patterns.
Can be integrated into existing conveyors and upgraded step by step inside operating plants.
Material is spread uniformly to improve camera visibility and separation consistency.
Multiple cameras inspect moving material at production belt speeds.
Vision models classify targets by shape, color and appearance within milliseconds.
Fast-response valves remove targets into dedicated discharge zones.
| Recognition Method | High-speed AI vision and FPGA acceleration |
|---|---|
| Throughput | 3-15 tons/hour |
| Belt Speed | Up to 3.0 m/s |
| Typical Feedstock | Rigid plastics, film, packaging waste, flake |
| Installation | Standalone or retrofit conveyor integration |
| Power Supply | 380V / 50Hz / 3-phase |
These answers are written for plant operators, recyclers and engineering teams comparing high-speed optical sorting platforms.
Quick answer: it is best suited to fast-moving rigid packaging, mixed polymers, lightweight packaging and similar streams where visual recognition at speed is the main requirement.
The platform works best when the line objective is stable classification under fast conveyor conditions. It is particularly useful when the plant already has coarse upstream preparation but needs a stronger high-speed recognition layer to improve output consistency.
Quick answer: the high-speed vision sorter is chosen when line speed and visual classification dominate, while tower optical sorters are often chosen when vertical form factor and specific air-jet separation architecture are a better fit.
The right choice depends on your stream, installation geometry and whether the material problem is mainly visual, mainly spectral or a combination of both. In practice, the comparison should be made at line level, not only machine level.
Quick answer: yes, retrofit is often a strong use case, but conveyor layout, utilities, discharge routing and maintenance access must be checked first.
Retrofit projects succeed when the plant validates physical space, feed stability and controls integration early. If the line is too unstable upstream, machine replacement alone may not deliver the expected result.
Quick answer: choose it when project economics are dominated by throughput, labour reduction and repeatable visual sorting performance on fast conveyors.
This platform is a strong answer when a plant needs more line speed without accepting unstable manual sorting or large purity swings. If the main question is deeper material identification rather than conveyor speed, another AISORT platform may be more suitable.
Best suited to high-speed packaging and mixed polymer streams where throughput, labour reduction and stable classification matter more than narrow single-material specialization.
Handles mixed PET, HDPE, PP and other rigid container fractions on high-speed conveyors.
Supports large-volume lines processing flexible packaging and mixed light fractions.
Useful for post-wash grading and quality refinement where line speed remains high.
Strong fit when existing lines need more speed without complete plant reconstruction.
Use these solution paths when the machine decision depends on throughput growth, retrofit constraints and downstream value recovery rather than machine specs alone.
Increase throughput and bale quality for mixed rigid and packaging recovery lines.
View solutionA practical fit for plants balancing speed, capex and modular expansion.
View solutionTechnical Information
Receive specification highlights, best-fit line conditions, retrofit notes and platform-comparison guidance for the AISORT High-Speed Vision Sorter.
Previous product
Compact multi-category optical sorting platform for rigid packaging, municipal recovery and high-purity bottle applications.
View previousNext product
Compact AI sorting module designed for pilot plants, regional recyclers, small throughput facilities and material verification lines.
View nextTalk with Xingyao Robotics about line fit, project scope, pricing direction and deployment planning for this AISORT platform.
Talk to Sales Engineering