
INDUSTRIAL ROBOT
HYK-70 Controller
Controller
It is a high-performance take-robot with 30 years of robot technology know-how.
The existing strong points are utilized and new technologies are added.
Anyone can implement a process automation system easily and quickly and smartly.
Feature
Specification
High Performance CPU: I.MX6, 1.2GHZ ARM CORTEXTM-A9 CORE
7" Widescreen: High resolution 1024 X 600
Ergonomic DesignLightweight, ergonomic design in smart widescreen format
Function key for IMM optimization operation via status LED
Simple and complex operation
can be operated with 3 different teaching method(mode, teaching, and PLC programming)
From simple engineer tasks to advanced functionality, the program is freely available
USB Backup Devices
Convenience
Easy and convenient behavior settings
Three modes of action setting (easy, teaching, and program) are easy to set up and can implement a variety of movements
Enables pre-action simulation
3d robot program simulation is possible
Convenient setting using images
Store product photos in mold files for easy operator identification of mold files
Use graphic images to conveniently use loading functions when setting loading tasks
Robot available via non-operating pendant or PC connection in case of pendant failure
Economic efficiency
Power savings of 25% or more
Servo auto-slip feature minimizes current consumption
Reduce cycle time with vibration control
Apply special motion algorithm - reduce vibration time by 50% or more
Shortest path auto-calculation capability for right-angled automatic calculation and smooth operation
Reduce setup time
Standard operation can be set for a short time using three modes of operation setting
Safety
Mold collision protection
Mold protection zone settings prevent collision with the robot
Ejector interlocking function
The robot arm automatically moves backward when the injector moves forward to protect pins and improve robot durability
Scalability
Implementation of Remote Monitoring through the Internet of Things (IoT)
Real-time inspection of injection site conditions through network interworking
Screening and quality improvement of injection defects through options such as weight, temperature, electrostatic, vision, etc
Continuous Injection Molding Total Solution Extends New Features