Bottle and rigid plastic recovery
For PET, HDPE, PP and mixed rigid packaging lines where speed and purity directly affect bale value.
Xingyao Robotics | AISORT
Industrial Optical Sorting and Robotic Recovery Systems
A broader AISORT portfolio for rigid plastics, flake purification, mixed waste recovery, compact deployment and robotic line automation.
Quick answer
How to use the AISORT product portfolio
Quick answer: start from your material stream, plant objective and throughput target, then shortlist the AISORT platform family that best matches the real separation problem.
Do not start by comparing machine names in isolation. In practice, platform choice should follow material type, line position, target purity, retrofit constraint and whether the job is mainly visual, spectral or robotic.
Application Focus
Start from your material stream or plant goal
Use these shortcuts to quickly identify which AISORT platform group fits your application before you compare product-level specifications.
Flakes, dark plastics and premium output
For washed flakes, dark plastics and purity-sensitive output where deeper identification is required.
Small footprints and modular plants
For pilot facilities, regional lines and compact installations where equipment density matters.
Mixed waste and unstable feedstock
For difficult material streams where RGB, NIR and 3D data need to work together.
Heavy and oversized material extraction
For bulky items, irregular objects and robotic extraction before downstream processing.
AISORT Core Portfolio
Optical Vision Sorting Systems
Industrial AI optical sorters engineered for rigid packaging, bottle recycling, film and mixed waste recovery where throughput and purity are equally critical.
High Throughput
AISORT High-Speed Vision Sorter
Fast AI-based optical sorting for rigid packaging, film and mixed polymer streams in large-volume recovery lines.
- Throughput3-15 tons/hr
- RecognitionVision + AI
- Best FitRigid and film packaging
Compact Entry
AISORT Mini Vision Sorter
Compact AI sorter for pilot lines, material verification, regional recyclers and low-footprint facility upgrades.
- Throughput0.5-3 tons/hr
- DeploymentRapid setup
- Best FitPilot and regional lines
Compact Multi-Stage
AISORT Tower Sorting System
Vertical sorting architecture for compact high-purity recovery where plant footprint is limited but multiple outputs are required.
- Throughput1-8 tons/hr
- Footprint16 m2
- Best FitUrban and compact facilities
Advanced Identification
Spectral & Fusion Sorting Systems
For streams where standard optical sorting is not enough, AISORT spectral and multi-sensor platforms provide deeper material discrimination and stronger recovery confidence.
Hyperspectral
AISORT Hyperspectral Sorter
Spectral-grade sorting for dark plastics, washed flakes, tray purification and contamination-sensitive recycled feedstocks.
- Throughput1-6 tons/hr
- DetectionHyperspectral / SWIR ready
- Best FitFlakes and dark plastics
Sensor Fusion
AISORT Multi-Sensor Fusion Sorter
RGB, NIR, 3D and auxiliary sensing combined into one platform for difficult mixed waste and complex packaging streams.
- Throughput2-10 tons/hr
- Sensor StackRGB + NIR + 3D
- Best FitComplex mixed streams
Industrial Line Support
Robotics & Auxiliary Equipment
Beyond optical sorting, Xingyao Robotics also supports line-level handling, pre-sorting and evaluation modules that make full recovery systems more stable and more profitable.
Robotic Handling
AISORT Heavy-Duty Gantry Robot
Robotic extraction for bulky recoverables, oversize contaminants and industrial pick-and-place recovery tasks.
- PayloadUp to 50 kg
- Repeatability0.5 mm
- Best FitBulky and oversize streams
Auxiliary Module
AISORT Disc Screen
Pre-sorting module for size separation, stream opening and smoother downstream optical sorting performance.
- FunctionSize classification
- RoleLine stabilization
- Best FitPre-sorting systems
Testing Platform
AISORT Evaluation Machine
Material testing and process verification platform for sample validation, line studies and project engineering assessment.
- FunctionMaterial assessment
- Use StagePre-project and optimization
- Best FitTesting and calibration
Quick comparison matrix
Use this comparison to quickly shortlist the right AISORT platform based on throughput, sensing depth and plant role.
| Platform | High-Speed Vision | Mini Vision | Tower System | Hyperspectral | Fusion Sorter | Gantry Robot |
|---|---|---|---|---|---|---|
| Throughput | 3-15 tons/hr | 0.5-3 tons/hr | 1-8 tons/hr | 1-6 tons/hr | 2-10 tons/hr | 2-6 picks/min |
| Core strength | High-speed packaging recovery | Compact pilot and regional use | Compact multi-stage sorting | Fine spectral purification | Complex mixed-stream detection | Bulky item extraction |
| Best fit | Rigid and film packaging | Pilot plants and QC lines | Urban and compact facilities | Flakes and dark plastics | Unstable mixed waste | Oversize and heavy recoverables |
| Sensor stack | AI vision | Compact AI vision | NIR + AI vision | Hyperspectral / SWIR ready | RGB + NIR + 3D | Vision-guided robotics |
| Deployment role | Main production sorter | Entry, pilot or line-side module | Compact multi-output system | Fine sorting and purification | Advanced upgrade module | Robotic extraction cell |
| Details | View product | View product | View product | View product | View product | View product |
No product matches the current filter combination. Try another category or application path.
Common platform-selection questions
Use these short answers when narrowing the portfolio before asking for a machine-level quotation.
How should a buyer shortlist an AISORT platform?
Quick answer: shortlist by material stream, throughput target, desired output and line constraints before comparing machine features.
The right starting point is the plant problem, not the catalogue category.
When should a buyer compare vision, tower and multisensor systems?
Quick answer: compare them when the separation question changes from speed to footprint to material ambiguity.
Each platform family solves a different industrial constraint, so comparisons should be decision-led rather than marketing-led.
What is the biggest mistake in platform selection?
Quick answer: the biggest mistake is choosing by headline specs without defining the actual stream and output requirement.
Machines should be selected against the real line condition and target product, not abstract performance claims.
Need help shortlisting the right AISORT platform?
Share your material stream, throughput target and output goal. We can map the right product combination and application path.
Talk to Sales Engineering