logo
OpenMV
Home Cam
Applications
Store
AI
Sales Channels
Support
OpenMVOpenMV
ShieldsShields
LensLens
RoboticsRobotics
BookBook
VideoVideo
DownloadDownload
DocsDocs
ForumForum
OpenMV.ioOpenMV.io
GithubGithub

AI Vision System for Waste Sorting Based on SingTown Technology's OpenMV, Reducing Costs and Enhancing Stability

In urban waste sorting and resource recovery systems, traditional manual sorting methods are inefficient, costly, and prone to classification errors and safety risks.
To achieve the automation and intelligence of waste sorting, environmental equipment manufacturers have introduced SingTown's OpenMV intelligent camera recognition technology. Through image recognition, machine vision, and AI deep learning algorithms, this technology automatically identifies, classifies, and guides the sorting of waste items, contributing to the construction of smart sanitation systems and the development of green cities.

智能垃圾分类

Environmental equipment manufacturers utilize SingTown's OpenMV intelligent camera image recognition technology to develop an AI-powered smart waste sorting system based on deep learning and image recognition algorithms.

The system utilizes a high-performance OpenMV smart camera to capture real-time images of disposed items. It employs image recognition visual algorithms to automatically analyze object shape, colour, and texture features, and combines a deep learning model (CNN classification network) to identify waste types, such as classifying items by category. The system can accurately distinguish between recyclables, kitchen waste, hazardous waste, and other waste, enabling automatic sorting or providing guidance for categorized disposal.

In complex environments, such as insufficient lighting, stacked garbage, or reflective materials, the automatic exposure, white balance, and noise reduction algorithms of the OpenMV smart camera ensure recognition stability and accuracy.

The built-in AI edge computing module can rapidly perform recognition and judgment locally, enabling true edge deployment without reliance on cloud servers. Single recognition response time is as low as 50 milliseconds, supporting real-time control for tasks such as opening trash bin lids or robotic arm sorting.

Leveraging SingTown's integrated software and hardware platform, this embedded vision system can be rapidly integrated into smart trash bins, sorting production lines, or sanitation robots to achieve automatic identification, intelligent sorting, and data statistics.

Through SingTown Technology's OpenMV intelligent camera edge AI image recognition technology, environmental equipment manufacturers have successfully promoted the intelligent transformation of waste sorting from "manual judgment" to "automatic AI visual recognition" in cost-sensitive and difficult-to-deploy scenarios, driving urban waste management toward an efficient, low-carbon, and sustainable future.

Related articles

机房/配电房/单元门敞开识别

AI Sentinel Based on OpenMV: Automatic Alert for Unsecured Key Locations

Automatically detects whether the door of a key location has remained open for an extended period and issues a timely alert.

越界识别

Personnel crossing boundary triggers an alarm; OpenMV interprets the “sense of security boundary”

Detects personnel or equipment crossing virtual perimeter lines.

占道经营识别

“AI Urban Management Officer” Is Here: An Automatic Vendors-Encroaching-on-Pavement Recognition System Built on OpenMV

Automatically identifies illegal street vending activities to support daily urban governance.

煤气罐违规摆放识别

Improper placement of gas cylinders? Use OpenMV to automatically trigger hazard alerts

Automatically identifies unauthorized placements of gas cylinders to proactively detect potential gas safety hazards.

绝缘手套佩戴识别

Did you perform live-line work without wearing insulating gloves? OpenMV issues an immediate alert!

Automatically identifies whether workers are wearing insulating gloves to assist with safe operations.

铝板缺陷识别

Utilizes the OpenMV smart camera to detect surface defects on aluminum plates in real time

Online identification of surface defects on aluminum plates, such as scratches and dents, to support quality control.

Popular categories

Language and Region
Copyright © 2025 星瞳科技SingTown
粤ICP备17045162号