Supports organized meal placement during service.
Moves meals between restaurant preparation areas and dining tables.
Application Scenarios
Reliable autonomous delivery for dining and hospitality spaces
The robot carries meals and supplies on stable trays while navigating prepared routes through hotels, restaurants and staff cafeterias.
- Hotel Banquet Service
- Hotel Breakfast Delivery
- Restaurant Dining Service
- Staff Cafeteria Delivery
Delivers meals efficiently along prepared hotel banquet routes.
Carries breakfast orders between buffet stations and guest areas.Moves meals between restaurant preparation areas and dining tables.
Supports organized food transport from kitchens to staff cafeterias.Delivers meals efficiently along prepared hotel banquet routes.Carries breakfast orders between buffet stations and guest areas.Specifications & Structural Decomposition
Product Structure Diagram
- Serving Tray
- Tray Support Frame
Keeps each tray level and stable in motion.
- Navigation Sensor
Assists route awareness in prepared spaces.
- Touch Display
Shows operating status and task information.
- Charging Interface
Provides a dedicated charging connection.
- Drive Wheel
Delivers powered movement across suitable floors.
- Caster Wheel
Supports smooth turning and stable positioning.
General information
- Model
- YIM-DIN01
- Product Dimensions
- 570*520*1270 mm
- Tray Layers
- 3/4 layers
- Tray Size
- 400*420 mm
- Tray Load Capacity
- 15 kg
- Product Weight
- 60 kg
- Head Screen
- 10.1‑inch LCD touch screen
General instructions
Simplified explanationCore Component Details
We're here to help
Our team is ready to advise you on the best product configuration and procurement plan.
info@eascoutia.com400 158 5899Frequently Asked Questions (FAQ)
What is this robot designed for?
It is designed to deliver meals and supplies along prepared service routes.
Where can it operate?
Use it in hotels, restaurants and cafeterias with suitable floor conditions.
What can it carry?
Its multi-level trays support organized food and item delivery.
How does it avoid obstacles?
Navigation and sensing components support obstacle-aware movement.
What should be checked before use?
Check the route, battery, trays, task settings and operating space.