Precision Engineering, Sustainable Impact
SOLUTIONS
SOLUTIONS

What is Single Stream Recycling?

The recyclable material industry has problems such as insufficient standardization, difficulty in supervision, lagging information technology, and inefficient data statistics. Due to the complexity of materials relying on manual sorting, capacity efficiency is limited and resource waste is serious.

What can we do,our superiority

How does our machine work?
The JONO's solution enables clients to maximize recyclables collection within their service areas, ensuring a stable material supply. It delivers high-efficiency resource recovery and high-purity outputs, while driving sorting systems toward reduced labor reliance, intelligent operation, and advanced automation. As a result, it significantly increases system throughput, enabling efficient and reliable production.
Back-end recycling

INPUT MATERIALS

Mixed Recyclables

OUTPUT MATERIALS

paper products

Plastic category

metal category

glass category

Fabric category

1Mechanical Screening Technology
By combining multiple types of screening equipment, the system achieves precise separation of materials based on differences in size, weight, density, and 2D/3D characteristics.
2AI Sorting Technology
Through continuous material recognition and model training, the system enables intelligent identification and sorting of multiple material categories, relying on equipment clusters to perform high-precision, large-scale sorting operations.
Core technologies
01
Precise Grading and Separation
Mixed recyclables undergo multi-stage mechanical screening, enabling accurate separation based on size and 2D/3D shape, ensuring materials reach an optimal state for recognition and sorting.
02
Multi-technology Intelligent Sorting
Integrating artificial intelligence, visible light, proprietary vision and multi-sensor fusion technologies, the system leverages a professional database and visualization platform to achieve high-precision sorting.
03
Reduced-Labor Intelligent Sorting
Centered on full-process intelligent technology, the system enables low-labor, smart operations for recyclable material sorting.
04
User-Friendly Operation & Maintenance Design
The system is planned with full-process equipment inspection and maintenance workflows, adopting human-centered design to facilitate daily operation and management.
05
Efficient, Stable, and Large-Scale Operation
The system is deeply adapted to various material compositions and forms, ensuring stable production, precise and efficient sorting, while delivering high throughput and consistent economic benefits.
Our Project Cases
Suzhou Recyclables Sorting Center Project
Suzhou Recyclables Sorting Center Project
Suzhou Recyclables Sorting Center Project

Suzhou Recyclables Sorting Center Project

China

100 T/D

This facility handles the specialized processing of mixed recyclables in Suzhou. It employs a standardized process of manual pre-sorting, mechanical screening, AI-powered intelligent sorting, and mechanical baling. Through multi-stage, high-efficiency coordination, the system can accurately separate mixed recyclables into over 30 categories.

Zhejiang Recyclable Waste Treatment Project
Zhejiang Recyclable Waste Treatment Project
Zhejiang Recyclable Waste Treatment Project

Zhejiang Recyclable Waste Treatment Project

China

24 T/D

Serving 600,000 residents in Ningbo via 492 recycling points, the facility uses 12 domestically developed intelligent sorting machines to operate combined and mixed-plastics sorting lines, dividing plastics into 13 categories for efficient recycling. Supported by municipal and district governments, it ensures full-process supervision and sustainable operation.

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