MINING-INFRASTRUCTURE
Mining & Infrastructure
XRT, HSI, LIBS, and mobile stations work together for mine waste rejection, grade improvement, and waste rock utilization.
Industry Center
Four Core Sectors Mining & Infrastructure, Food Processing, Municipal Solid Waste, Resource RecyclingOre Sorting & Mobile Crushing
XRT, HSI, LIBS, and mobile stations work together for mine waste rejection, grade improvement, and waste rock utilization.Protein, Fruit & Vegetable Processing
3D vision, hyperspectral imaging, X-ray, and intelligent cutting improve sorting, portioning, and processing efficiency.City-wide Integrated Solution
Solutions for household waste, construction and demolition waste, organic waste, plastic recycling, and incineration bottom ash recovery.Wind Turbine, Lithium Battery, PV Panel & Metal Recycling
Full-lifecycle resource recovery for new energy recycling, e-waste, and recycled metals.Product Center
Six Product Lines The intelligent foundation for sensing, embodiment, and decision-makingMultimodal Perception & Precision Execution Agent
An integrated hardware-software platform combining atomic-level perception with micrometer-level execution.Intelligent Backbone for Material Flow
Integrated intelligent pipelines and dynamic conveying systems that make every material movement transparent and traceable.The Touch and Brain of Material Flow
A full-scenario digital gateway, business intelligence center, and swarm-intelligence scheduling platform.Embodied Execution Agent
An intelligent platform for crushing, flexible mobile sorting, and robotic execution.Foundation of Mechanical Sorting
Software-defined standardized mechanical sorting units for high-throughput physical separation.Neural System for Intelligent Industrial Control
A next-generation platform for industrial intelligent control and edge computing.
INDUSTRY CENTER
Full-Scenario Industry Centers
MINING-INFRASTRUCTURE
XRT, HSI, LIBS, and mobile stations work together for mine waste rejection, grade improvement, and waste rock utilization.
FOOD-PROCESSING
3D vision, hyperspectral imaging, X-ray, and intelligent cutting improve sorting, portioning, and processing efficiency.
Food Processing Showcasing JONO's intelligent sorting project practices in the food processing industry, focusing on fruit and vegetable deep processing, AI recognition, foreign material removal, and quality standardization.
Food Processing Using high-precision scanning and highly intelligent cutting algorithms, fixed-weight, fixed-thickness, or variable weight and thickness combinations can easily portion raw products to achieve maximum yield.
Food Processing With an advanced high-resolution color camera system, the machine can precisely detect deviations in color, size, and shape, while laser technology identifies defective fruit and foreign materials. The minimal drop height design effectively reduces mechanical damage to delicate products during inspection and sorting, achieving ultimate sorting efficiency without compromising performance or quality.
Food Processing Using X-ray to precisely measure each leg, the machine utilizes this data to automatically adjust each leg in real time. X-ray vision enables the machine to cut around the knee joint with surgical precision, keeping the patella connected to the bone, ensuring extremely high yield and minimal trimming labor.
Food Processing Real-time detection of egg leaks, cracks, dirt, and size, with automatic grading by quality and size. Ensures only premium eggs proceed to the next stage, optimizing overall batch quality, enhancing pricing capability, improving flock management, while reducing manual labor and waste.
Food Processing Receiving directly from harvester-loaded trailers for efficient sorting, removing soil, stones, and other debris, significantly reducing crop handling cycles, lowering handling losses and operational costs.
Food Processing Analyzes each product in free-fall at millisecond speeds, precisely identifying and ejecting foreign materials and defective products, such as soil clods, stones, and metal in unwashed potatoes, and rot and color defects in washed potatoes.
Food Processing Using high-definition cameras to identify leaf color, size, and shape, detecting various defects including mechanical damage, rot, and color abnormalities. Laser technology identifies insects, larvae, weeds, leaves, and other contaminants.
MUNICIPAL-SOLID-WASTE
Solutions for household waste, construction and demolition waste, organic waste, plastic recycling, and incineration bottom ash recovery.
Municipal Solid Waste Covering multiple benchmark projects in the resource recovery industry, showcasing JONO's project practices and delivery results in municipal solid waste resource recovery scenarios.
Municipal Solid Waste Construction and demolition waste refers to solid waste generated during engineering construction, demolition, and renovation processes. Based on source and composition, it is primarily classified into three categories:
Municipal Solid Waste Bottom ash is a byproduct of municipal solid waste incineration, accounting for approximately 20%-30% of total waste volume, primarily composed of glass, slag, ceramic and brick fragments, stones, iron, and other metals. Without proper treatment, it will inevitably cause secondary pollution to the environment.
Municipal Solid Waste Municipal Solid Waste (MSW) refers to mixed waste generated daily by households, commercial establishments, and public facilities. A MSW MRF plant is an intelligent sorting center integrating AI visual recognition, hyperspectral near-infrared sensing, and robotics technology to achieve fully automated sorting of mixed waste, producing high-purity recyclables (PET/HDPE/paper/metals) and high-calorific-value alternative fuel...
Municipal Solid Waste The recyclables industry faces challenges such as insufficient standardization, difficult supervision, lagging digitalization, and inefficient data statistics. The traditional vendor-based collection model has led to a fragmented and disorganized industry with poor working environments, obstructed material flow, and safety hazards from hallway accumulation. Due to complex material composition and reliance on manual sorting, production capacity is limited and resource waste is severe.
Municipal Solid Waste Food waste refers to food residues, food processing waste, expired food, and waste cooking oils generated by food service establishments during food production and business activities.
Municipal Solid Waste Plastic recycling is a key initiative to address global environmental challenges. It not only reduces ocean pollution and protects soil health but also significantly lowers carbon emissions. Economically, it promotes efficient resource utilization and industry cost reduction while increasing efficiency. We are committed to continuously enhancing the recycling value and circular quality of plastics through innovative recycling solutions, achieving maximum material utilization and closed-loop circulation.
Municipal Solid Waste Company Positioning: Full-process closed-loop solution provider for SRF/RDF solid recovered fuel
Municipal Solid Waste Waste textile recycling is a crucial measure for promoting green development. From an environmental perspective, it effectively reduces pollution from landfill and incineration, lowers resource consumption and carbon emissions, and supports ecological protection. Economically, it enables the circular utilization of waste resources, reduces raw material costs, and fosters new industrial chains and employment opportunities. The industry still faces many challenges, particularly in pre-treatment and...
RECYCLING
Full-lifecycle resource recovery for new energy recycling, e-waste, and recycled metals.
Resource Recycling E-waste recycling covers complex materials such as small household appliances, electronic devices, circuit boards, wires, and electronic miscellaneous materials. Through a closed-loop process of collection, pre-dismantling, shredding, sorting, deep resource recovery, and environmentally compliant disposal, ferrous metals, non-ferrous metals, plastics, circuit boards, and precious metals from end-of-life electronic products are efficiently separated and utilized as resources.
Resource Recycling Addressing five major industry pain points -- poor safety, weak environmental protection, low recovery rates, high labor costs, and difficult compliance -- we have developed an integrated fully automatic lithium battery recycling and processing solution. Compatible with all types of waste lithium batteries including NCM, LFP, cylindrical, and pouch cells, suitable for small and medium-sized recycling plants as well as large-scale regeneration bases.
Resource Recycling Addressing core pain points in the current photovoltaic panel recycling industry such as substandard environmental compliance, low dismantling precision, high labor costs, severe resource waste, and limited capacity, we have developed a complete fully automatic physical-method photovoltaic panel recycling processing production line, abandoning traditional polluting processes such as chemical corrosion and high-temperature incineration...
Resource Recycling Recycled metals are a core pillar of the circular economy, widely used in construction, home appliances, automotive, electronics, and other fields. The industry is currently upgrading from coarse sorting to precision classification. Traditional processes commonly face challenges such as mixed feedstock, insufficient purity, high labor costs, and environmental pressure. Intelligent, high-precision sorting has become an inevitable trend for the industry to improve quality, increase efficiency, and achieve high-value utilization.
Resource Recycling Addressing the challenges of large size, high toughness, and difficult composite material separation in wind turbine blades, JONO provides a resource recovery processing system covering pretreatment and feeding, coarse shredding, magnetic separation for impurity removal, fine shredding, precision sorting, grinding, finished product storage, and environmentally compliant treatment, converting decommissioned blades into recycled fibers, granulate, and FRP powder.