Process layout
This robot can be integrated into an automated hospital delivery solution utilizing the autonomous mobile robot FORMER.
By utilizing mobile robots for the frequent inter-departmental item delivery tasks within the Hospital , safe Delivery to designated locations is possible in complex indoor environments.
This project was conducted to reduce work fatigue by minimizing the travel distance of Hospital staff and to strengthen customer responsiveness through efficient division of labor.
Components
| Robot | Mobile Robot - ROAS FORMER (Payload: 70kg, Max Speed: 1.5m/s, Operation/Charging Time: 4/2.5 hours, Charging Method: Automatic (Charging Station Option Included), Weight: 35kg, Minimum Ground Height: 60mm) |
|---|---|
| Peripherals | Upper cargo compartment (made separately) |
Workflow
| STEP 1. | Loading of items requiring transport |
|---|---|
| STEP 2. | Specify a delivery location |
| STEP 3. | Move to the delivery address |
| STEP 4. | Return after delivery is completed |
Features
Minimize implementation time and cost with simple installation
It is possible to determine one's own location and search for a path without installing separate equipment, enabling reduced implementation time and cost savings by eliminating the need for additional facilities
Flexible response possible when changing layout or work location
The upper mounting bracket is modular and can be attached or detached
Small and compact size
Effective movement even within narrow spaces
It can rotate 360 degrees in place using differential drive.
Rental & Service Program
Initial investment costs can be reduced through the rental program
Rest assured with the defect warranty period
1-year warranty provided
Results
| Key Benefits | Reduction of worker fatigue and improvement of job satisfaction |
|---|---|
| Client Feedback | Hospital staff satisfaction has increased as the cumbersome task of delivery and collecting items has been reduced. |
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