Process layout
This application is an automated frying solution using the EC66 collaborative robot.
This solution ensures worker safety and convenience by automating frying, and enables cooking food with a consistent taste.
Project Background and Objective
Ensuring convenience and safety
Implementation of consistent cooking recipes
Resolving the labor shortage
Components
| Robot | Yuil Robotics EC66; - 6-axis articulated Collaborative; - Payload 6kg; - Working radius 914mm; - Repeatability ± 0.03mm; - Weight 17.5kg; |
|---|---|
| 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: Touch-type menu command device, voice Guide device, monitoring camera; |
Workflow
| STEP 1. | Waiting for basket loading |
|---|---|
| STEP 2. | Menu command |
| STEP 3. | Perform 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 touch command device and voice Guide device
Real-time monitoring of remaining frying time by menu and cumulative frying time by fryer
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 |
Unauthorized copying or reproduction of any content on Marosol may violate the Unfair Competition Prevention Act and Copyright Act.
Curious about the robots used?
Recommended Solution
Modular Unmanned Cafe using Doosan Collaborative Robot A0509
This application is a modular unmanned cafe that serves premium coffee using the Doosan A0509 collaborative robot. It is a fully automated cafe capable of offering a variety of coffee and ade menus, including both hot and iced options, and even includes a cleaning function. By establishing a cafe capable of 24-hour unmanned operation, it provides contactless services in preparation for the COVID-19 era.
From Barista Robots to Beverage Serving Robots! ☕🤖 Real-life Examples of Robot Automation At a Cafe that Transformed the Working Environment for the Disabled
The Gyeonggi Southern Vocational Training Center of the Korea Employment Agency for Persons with Disabilities has introduced a combination of the Manufacturing robot 'Servi+' and a Serving robot through Big Wave Robotics (Marosol) to reduce the repetitive movement and physical strain involved in the process of ordering, preparing, and Barista Robot beverages, and to create an environment where disabled workers can work more stably.
Barista Robot Using UR5e (Robot Star)
This application is a solution that implements a robot Barista Robot using the UR5e. Unlike the vending machine-style coffee automation commonly found on the market, this solution replaces all human tasks with robots, making it suitable for operating a cafe with a minimal workforce. By having the robot extract the beans, it is possible to maintain a consistent quantity and always produce coffee with the same taste.