MIS-AGRO
Agricultural Automation - AI-powered sorting, grading and packaging solutions
AI-powered sorting, grading and packaging solutions
3D Imaging AI Ripeness Detection Zero Branch Damage 5.0 Agri Vision
Key features
- • Technology - AI-powered 3D imaging + robotic automation
- • Depth Sensing - Fruit/vegetable - branch/leaf discrimination
- • Ripeness Analysis - AI-based precise timing
- • Robotic Gripping - Minimal plant contact, branch damage prevention
HOW IT WORKS
How It Works
01
3D Imaging
Depth sensors distinguish fruits and vegetables from branches and leaves.
02
Ripeness Detection
AI-based ripeness analysis determines the optimal harvest time for each product.
03
Robotic Harvest
The robotic gripping system harvests with minimal plant contact and prevents branch damage.
APPLICATION AREAS
Application Areas
FRUIT HARVESTING
Fruit Harvesting
- Apple, pear, peach picking
- Ripeness-based selective harvest
- Minimal branch damage
VEGETABLE HARVESTING
Vegetable Harvesting
- Tomatoes, peppers, cucumbers
- Autonomous greenhouse operation
- Precision robotic gripping
SUSTAINABLE AGRICULTURE
Sustainable Agriculture
- Labor cost reduction
- Crop loss prevention
- Agriculture 5.0 vision
TECHNICAL INFRASTRUCTURE
Field-proven technology architecture
Technical Specifications
| Technology | AI-powered 3D imaging + robotic automation |
| Depth Sensing | Fruit/vegetable - branch/leaf discrimination |
| Ripeness Analysis | AI-based precise timing |
| Robotic Gripping | Minimal plant contact, branch damage prevention |
| Vision | Agriculture 5.0 - sustainability and technological advancement |
WHY MIS-AGRO?
Features that make a difference in the field
Agriculture faces rising labor costs, inconsistent quality control and high production demand.
- • AI-powered 3D imaging + robotic automation
- • Fruit/vegetable - branch/leaf discrimination
- • AI-based precise timing
Gallery
