Ai Waste Sorting Machine Municipal Solid Waste Segregation Machine
Brand Name:Xrido
Certification:CE ISO TUV
Model Number:XRD-100D
Minimum Order Quantity:1 set
Delivery Time:2-30 Working Days
Payment Terms:Negotiable
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Zhengzhou Henan China
Address:
Zhengzhou City, Henan Prov, China
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Product Details
Ai Waste Sorting Machine Municipal Solid Waste Separating Line Ai Waste Sorting Machine Light Waste Sorting Machine
Products Description
Ai Waste Sorting Machine Municipal Solid Waste Separating Line Ai
Waste Sorting Machine Light Waste Sorting Machine
A robotic arm is an automated mechanical device that can simulate
the movements of a human arm. It is usually composed of joints,
connecting rods, drive systems, and control systems. It performs
precise grasping, handling, assembly, or manipulation tasks through
programming or sensor feedback, and is widely used in industry,
medical care, services, and other fields. The core function of a
robotic arm lies in its flexibility and programmability, which can
adapt to different working environments and task requirements.
In the process of urban garbage sorting, robotic arms are playing
an increasingly important role. These intelligent mechanical
devices can quickly and accurately identify different types of
garbage and achieve efficient classification through advanced
visual recognition systems and artificial intelligence algorithms.
Compared with traditional manual sorting methods, robotic arms are
not only more efficient, but also can operate continuously and
stably in harsh working environments, greatly improving the overall
efficiency of garbage disposal.
The production line machine is configured according to the actual
situation of the customer.
The range of materials that can be processed by the robotic arm in
the field of garbage sorting is wide, mainly including the
following categories:
1. Recyclables
Plastic products: including PET bottles, plastic bags, foam plastics, etc., using near-infrared spectroscopy technology to identify different plastic materials.
Metals: metal cans or parts such as iron, aluminum, and copper, combined with magnetic separation devices and metal detectors to achieve efficient sorting.
Paper: newspapers, cartons, wrapping paper, etc., using visual systems to distinguish colors, textures, and shapes.
Glass products: transparent or colored glass such as wine bottles and glasses, using optical sensors to identify light transmittance and materials.
2. Construction and decoration waste
Brick and concrete blocks: ensure the purity of aggregates after sorting for easy recycling.
Wood and woven fabrics: identify and separate impurities such as wood and carpets to improve back-end processing efficiency.
3. Mixed household waste
Kitchen waste: such as crayfish shells, bones, etc., using AI learning to distinguish between dry and wet waste categories.
Other debris: including textiles, electronic waste, etc., with the help of multi-sensor collaborative judgment.
4. Special materials
Electronic waste: circuit boards, wires, etc., accurately grasped through metal detection and shape analysis.
Hazardous waste: including batteries, chemical containers, etc., to avoid the risk of manual contact.
The robotic arm can adapt to the complex and changing material sorting needs by integrating visual recognition, sensor technology and AI algorithms, significantly improving resource recovery rate and processing safety.
1. Recyclables
Plastic products: including PET bottles, plastic bags, foam plastics, etc., using near-infrared spectroscopy technology to identify different plastic materials.
Metals: metal cans or parts such as iron, aluminum, and copper, combined with magnetic separation devices and metal detectors to achieve efficient sorting.
Paper: newspapers, cartons, wrapping paper, etc., using visual systems to distinguish colors, textures, and shapes.
Glass products: transparent or colored glass such as wine bottles and glasses, using optical sensors to identify light transmittance and materials.
2. Construction and decoration waste
Brick and concrete blocks: ensure the purity of aggregates after sorting for easy recycling.
Wood and woven fabrics: identify and separate impurities such as wood and carpets to improve back-end processing efficiency.
3. Mixed household waste
Kitchen waste: such as crayfish shells, bones, etc., using AI learning to distinguish between dry and wet waste categories.
Other debris: including textiles, electronic waste, etc., with the help of multi-sensor collaborative judgment.
4. Special materials
Electronic waste: circuit boards, wires, etc., accurately grasped through metal detection and shape analysis.
Hazardous waste: including batteries, chemical containers, etc., to avoid the risk of manual contact.
The robotic arm can adapt to the complex and changing material sorting needs by integrating visual recognition, sensor technology and AI algorithms, significantly improving resource recovery rate and processing safety.
Applicable of Waste Sorting System:
√Domestic Waste, Urban trash
√Landfill Stale Waste
√Municipal Solid Waste
√Construction and Demolition Waste
√Scrap Metal, Industrial Waste
√Plastic Waste, Solid Waste
Customer Site - Sorting and Recycling Plants:
√Domestic Waste, Urban trash
√Landfill Stale Waste
√Municipal Solid Waste
√Construction and Demolition Waste
√Scrap Metal, Industrial Waste
√Plastic Waste, Solid Waste
Customer Site - Sorting and Recycling Plants:
Working Process of Waste Sorting Plant:
1. The garbage will be transported to the feeding platform by forklift, and the garbage will be carried away by hopper.
2. The garbage is evenly distributed by the feeder, and then evenly sent to the next process by the belt conveyor.
3. When the garbage passes through the sorting platform, the larger garbage will be picked out.
4. Waste will be separated by rotary screening machine can be customized according to customer requirements.
5. The plastic will be packed by the baler; Heavy materials will be sent directly to the outside landfill or pulverized to make
bricks; We can pick out useful materials from the mix and then recycle them.
6. All garbage sorting equipment in the garbage sorting line can be customized according to the actual needs of customers.
1. The garbage will be transported to the feeding platform by forklift, and the garbage will be carried away by hopper.
2. The garbage is evenly distributed by the feeder, and then evenly sent to the next process by the belt conveyor.
3. When the garbage passes through the sorting platform, the larger garbage will be picked out.
4. Waste will be separated by rotary screening machine can be customized according to customer requirements.
5. The plastic will be packed by the baler; Heavy materials will be sent directly to the outside landfill or pulverized to make
bricks; We can pick out useful materials from the mix and then recycle them.
6. All garbage sorting equipment in the garbage sorting line can be customized according to the actual needs of customers.
Product Paramenters
Model | XRD-100D | XRD-200D | XRD-400D |
Raw materials | Domestic Waste, Urban trash , Landfill Stale Waste, Municipal Solid
Waste, Construction and Decoration Waste, Scrap Metal, Industrial Waste, Plastic Waste, Solid Waste | ||
Capacity | 100T/D | 200T/D | 400T/D |
Power | 149KW | 224.7KW | 279KW |
Area | 2400㎡ | 2800㎡ | 3000㎡ |
Working time | 20 hours | 20 hours | 20 hours |
Certifications
Ai Waste Sorting Machine Municipal Solid Waste Segregation Machine
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