Process layout
This application is an automated frying solution using the RB5-850 collaborative robot.
This solution ensures worker safety and convenience by automating frying, and enables food to be cooked with a consistent taste.
Project Background and Objective
Ensuring convenience and safety
Implementation of consistent cooking recipes
Resolving the labor shortage
Components
| Robot | Rainbow Robotics RB5-850N; - 6-axis articulated Collaborative; - Payload 5kg; - Horizontal working radius 850mm; - Weight 22kg; - Repeatability ± 0.1mm; |
|---|---|
| Peripherals | Controller; Teaching pendant; Mechanisms: Robot mounting base, workbench for dough preparation and basket loading & unloading (standard type); Gripper set: Electric gripper (1 set), fixed bracket for basket handling (basic 5 sets); Command and Guide devices: Menu command device, voice Guide device, monitoring camera; |
Workflow
| STEP 1. | Waiting for basket loading |
|---|---|
| STEP 2. | Menu command |
| STEP 3. | Perform the robot frying task (loading~unloading) |
Features
Provides a standardized layout consisting of a robot, base, and workbench (Select Type 1 or Type 2 depending on the deep fryer installation location)
Minimum installation space: 0.9 pyeong based on using a 2x2 fryer
Dedicated gripping device capable of covering basket position tolerance
Intuitive ultra-simple command device and voice guide device
Provides basic fried food menus and customized recipe robot teaching programs
Remote A/S system operation
1-year warranty period
Results
| Key Benefits | Reduced labor costs
Enabling consistent cooking compared to existing staffing
Hygienic and free from infection risks |
|---|---|
| Client Feedback | Freedom from strenuous frying tasks
Elimination of the risk of various diseases
Consistent taste
Resolution of kitchen labor shortages |
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