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CCD Nir Dual Vision Pet Bottle Sorting Machine Optical Plastic Bottle Sorter for Labeled Bottles
US$11,000.00-25,800.00
1 Piece

Product profile

Customization

Available

After-sales Service

Installation, Commissioning, and Maintenance

Warranty

12 Months

Model NO.

G-LP2

Certification

GS, CE, ISO9001

Condition

New

Application

Industrial Product, Plastic Bottle

Channel Number

Belt Type

Structure

Crawler

Light Source

LED

Type

CCD

Number of Cameras

2-24

Camera Type

CCD, CMOS

Capacity

2 Tons-10tons Per Hour

Sorting Accuracy

More Than 99.99%

Confrguration

Customized

Remote Commission

Support

Display Screen

15-Inch Intelligent Control Screen

Suitable for 1

Compressed Plastic Bottles

Suitable for 2

Plastic Bottles with Caps or Labels

Feature 1

Ai Deep Learning Sorting System

Feature 2

Long Life Span, Easy to Operate & Maintain

Function 1

Sorting by Color, Shape, Size and Polymer

Function 2

Select Impurities Such as Stones, Glass, Plastic

Function 3

Sort Based on Any Characteristic

Function 4

Remote Control

Transport Package

Plywood Case for Sea Transportation

Trademark

As required

Origin

Hefei, China

HS Code

84778000

Key features

UHD Cameras & Shadowless LED Lights: 5400-pixel cameras+full-spectrum lights, accurate capture of color, shape, texture, and more details of plastic bottles, further ensuring 99.99%+ sorting accuracy.
AI Deep Learning Bottle Sorting: Using AI algorithms, easily handle complex plastic bottle flows, learn bottle features autonomously, become smarter with use, and quickly build new sorting modles.
Multi-Color Sorting: Flawlessly separates clear PET water bottles from opaque HDPE milk jugs, colored soda bottles, and semi-transparent containers in a single, high-speed pass.
Multi-Polymer Separation: NIR Technology for complex recycling facilities. Easily identifies different colors and sorts a wide range of plastic bottles, including PET, HDPE, PP, PC, PVC, and more.
Cap & Label Detection: Even if the plastic bottles being sorted have caps and labels made of different polymer, our machines can still sort them accurately based on the bottle's polymer.
Deformed & Baled Bottle Adaptability: Handles all shapes of bottles easily. It can sort flat, crushed, or severely deformed bottles without clogging the machine or compromising sorting accuracy.
Bottle-to-Bottle (rPET) Grade Over 99.99% Purity: Designed for the highest circular economy standards. It achieves the strict food-grade purity required for Bottle-to-Bottle (B2B) recycling.
Remote Control: Our plastic bottle sorter supports IoT, you can remotely power on/off, adjust sorting data, perform remote diagnosis, and more via phone/computer.
Easy Integration into Your Production Line: Featuring a standard industrial design, it supports data export and can interface with your existing MES/ERP systems to enable intelligent management.
Reliable Service: 24-hour online technical support +on-site installation, commissioning, maintenance, calibration, and other services worldwide. We also provide long-term spare parts for your machine.

Company profile

Anhui Hightech Agricultural Equipment Co., Ltd.
High Repeat Buyers ChoiceOEM ServicesQuality AssuranceR&D Capabilities
Business Type: Trading Company CertifiedR&D Capacity: OEM Service Available CertifiedCustomization Options: Full Customization, Flexible customization, etc. CertifiedExport Year: 7 Years CertifiedNearest Port: Shanghai PortAverage Response Time: ≤0.14h

AI-Powered supplier vetting

SummaryAnhui Hightech Agricultural Equipment Co., Ltd. is a China-based trading company established in 2018 with five employees and a business scope covering specialized agricultural-processing, intelligent manufacturing, photovoltaic, mechanical and electrical equipment sales, and related technical services. It reports more than two decades of after-sales expertise, including installation, training, maintenance, and troubleshooting. However, the available evidence shows limited formal R&D and quality infrastructure: no private mold design capability, no 3D design service, one R&D engineer assigned to after-sales, no patents, no quality-control test equipment, and no R&D audit documentation. The supplier offers flexible, minor, and full customization, but the basis and execution resources are not substantiated. It has no inventory, overseas warehouse, showroom, agent, or branch capability. Financial information is incomplete and indicates no recorded operating profit or gross profit in the stated periods. No...
Supplier typeThe supplier is identified as a trading company and a limited company, operating in China under the name Anhui Hightech Agricultural Equipment Co., Ltd. Its stated scope covers equipment sales and related technical services rather than clearly documented manufacturing operations.
After-Sales capabilityThe supplier explicitly states that it provides installation, training, maintenance, troubleshooting, and ongoing expert assistance, supported by more than two decades of claimed expertise. However, it has no written service-capability assessment procedures, approved supplier list, or corrective/preventive-action records, and reports no inventory, overseas warehouse, showroom, agent, or branch support.
R&D capabilityThe supplier reports no private mold-design R&D, no professional technical-supplier R&D capability, no 3D software design service, zero patents, one R&D engineer whose responsibility is after-sales, and no R&D audit documentation. These facts show limited documented innovation infrastructure.
Customization capabilityThe supplier explicitly lists flexible customization, minor customization, and full customization as available design services. However, it simultaneously reports no private mold-design capability and no 3D software design service, so the practical scope and technical basis of customization are not fully demonstrated.

Product Q&A

Q:How do CCD and NIR sensors divide task execution during labeled bottle separation?
A:
High-resolution CCD visible optics assess geometric profiles and exact surface colors, while NIR sensors penetrate material layers to confirm polymer resin types simultaneously.
Q:How does the optical machine identify the underlying polymer when plastic sleeve labels wrap full bottle bodies?
A:
NIR sensors scan unshielded bottle openings and base corners while penetrating thin labels, matching molecular spectral curves to classify full-sleeve PET bottles accurately.
Q:Why does flat conveyor belt transport deliver higher optical accuracy for labeled PET bottles than inclined chutes?
A:
Flat belt conveying maintains constant bottle speed and orientation without rolling or airborne bouncing, providing stable spatial coordinates for target ejection on high-speed lines.
Q:How does AI deep learning prevent false ejection when handling glued, paper, or shrink-wrap labels?
A:
Multi-angle vision modeling trains the AI algorithm to categorize diverse materials as surface attachments rather than primary bottle resin, preventing pure PET containers from mis-rejection.
Q:How does the system isolate clear PET bottles from pale blue, green, and colored bottle variants?
A:
CCD measures fine RGB wavelength shifts, allowing precise split-stream separation into transparent, light blue, and solid colored PET streams to meet strict repelletizing grades.

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