01
Fits plastic restriction scenarios
Designed for governments, scenic areas, hospitals, and supermarkets promoting plastic reduction through self-service eco-bag access.
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PRODUCT SYSTEM · Public Service
Smart Bag Dispenser
An eco-bag self-service terminal for governments, scenic areas, hospitals, and supermarkets.
The device supports degradable, fully degradable, and water-soluble bags, with screen, lightbox, dual-screen, large-format, desktop, and wall-mounted models.
Physical product / deploymentSmart Bag Dispenser
300-2500 bags
Single-device capacity range
Multi-model
Screen / lightbox / dual-screen / desktop
OEM branding
Color, size, and system customization
CORE CAPABILITIES
Key Features
02
Multiple dispensing modes
Supports paid purchase, follow-account free dispensing, video-ad dispensing, and Douyin QR dispensing.
03
Supports degradable bag types
Can adapt to degradable, fully degradable, and water-soluble bags according to local policy needs.
04
Flexible cooperation model
Supports OEM branding, custom color / shape / size, independent operating systems, and source-code maintenance.
FIELD APPLICATION
Use Cases
01Government public service spaces
02Scenic entrances and service areas
03Hospitals and communities
04Supermarket retail sites
05Environmental campaigns
TECHNICAL PROFILE
smart-bag-dispenserSpecifications
Bag support
Degradable / fully degradable / water-soluble bags
Capacity range
About 300 - 2500 bags depending on model
Connectivity
4G / Wi-Fi
Power
36W - 50W depending on model
Payment
WeChat Pay / Alipay / Shouqianba / free bag pickup
Customization
Color, shape, size, system, and IP support
SOURCE NOTES
Source Highlights
Supports paid, follow-account, video-ad, and Douyin QR dispensing modes
Developed since 2018 and now in its fourth-generation main unit
Supports degradable, fully degradable, and water-soluble bags
Supports OEM, independent system setup, and source-code maintenance
NEXT PROJECT
Ready to move this product forward
We can discuss the deployment site, required features, and delivery timeline, then turn this material into an executable version.