Various types of tray packaging system
Flexible feeding system using AIVE2.0, RoboEYE and ABB scara robot
•Program that can register 20 products
•Compatible to the shape of various parts
Minimize product damage, scratch, and static electricity
Excellent for transporting complex and delicate parts
Minimize loss time with dual tray supply device
Robot safety device and control switch, signal tower
Flexible feeding system?
This is a method of transferring parts using robots and vision, which is advantageous for the production of various parts. A large number of parts are spread widely using vibration to take a vision and allow the robot to transfer the parts. Products of various and complex shapes can be produced without damage
•Parts size: 1mm ~ 30mm
Tray size: Max 250mm x 250mm
•Power: AC220V, 15A
Temperature: 10 ° C ~ 40 ° C
•Capacity: 20ea/min ~ 30ea/min
Advantages of the flexible feeding system
By software modification
Static electricity, scratch
Product damage and damage minimum
Production efficiency improvement
Prevention of equipment stoppage during production
Left and right, front and rear division vision
Front, back and left and right separation
Robot, vision, feeder integration
Easy integration of robot and vision
Competitive cost while using the best parts
We made competitive cost by minimizing unnecessary control parts cost and manpower consumption.
The software is driven by using the robot and the control device of the vision. It eliminates PLC (central control unit) and wiring, and makes the device with minimum manpower through standardization.
Optimal Integrated System
Robots, vision and flexible feeders can be easily configured and integrated into any automated production line through software and controllers already developed. It is a future-oriented system that can produce products that are already being produced and products to be developed.
Fast installation and minimal risk
It uses pre-developed software environment and hardware, and minimizes installation time and development time based on various experiences. Reduce project risk and reduce unnecessary manpower consumption for engineers.
Product customization is inefficient.
Complex control device
Wiring and PLC removal
Simplify the system by simplifying the control system
For easy maintenance and price competitiveness
Complex instrument for product
Advanced device and alignment device removed
Reduce mechanical design and installation assembly time by using standardized parts. Reduce review errors by using proven instruments.
Risk of project failure
Minimize manpower consumption
Reduce project risk with standardized facilities. It reduces the consumption of manpower and time, and enables the project to be carried out within a set schedule.