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Design
Design
Design machines & automation systems
Design
Analysis of structure and strength
Structural and strength analysis is an important step in the machine and automation design process. To evaluate the structure's ability to support pressure, tension, bending, and vibration from actual use. By using the principles of engineering calculations and technical analysis programs. To ensure that the structure is stable, strong, safe and meets standards before entering the actual production and installation process.
Design
Improve the design according to the customer's work site
Customization is an important process that helps ensure the installation of machines and automation systems is consistent with the actual site and environment. A team of engineers will inspect the area, measure its size, and assess any limitations. To use the information to adjust the structural design, electrical system, and equipment placement. to the most appropriate level To make the installation go smoothly effective and meet the needs of customers
Electrics
Electric
Design electrical circuits for machines
Electrical system design services and machine control circuits Covers the preparation of control cabinet designs. Select equipment and draw up wire drawings to make the system work safely, stable and up to industry standards.
Assembling/Wiring Control Panel Cabinet
Providing services for assembling and wiring Control Panel cabinets according to engineering drawings and Wiring Diagrams, installing equipment appropriately, arranging layout. Orderly and ready to test the system before delivery. To ensure that the system works safely and stably.
Electric
Electric
Install Sensor / Inverter / Servo
Install Sensor / Inverter / Servo for machines and automatic system Covers equipment selection, installation, and wiring. Set up and test the system according to engineering drawings.
Adjust work to suit the job site. Both the accuracy of the Sensor, controlling the motor speed with the Inverter and the precision of the Servo to make the system work efficiently, safely and ready for real use.
Install Safety System (E-Stop, Safety Relay)
Install safety systems (E-Stop, Safety Relay) for machinery and automation systems. Covers safety circuit design install equipment Wiring according to standards and test the work before delivery
Install an emergency stop button (E-Stop) and set the Safety Relay operation in accordance with the machine's safety level. To prevent danger Reduce work risks and increase confidence in actual use
Electric
Electric
Wiring in machines
Wiring inside the machine Follow the engineering drawings and Wiring Diagram correctly according to industry standards, covering including Power, Control and various signal cables
Tidy up the wires inside the rails and control cabinet. Separate cable types appropriately Reduce noise Ready to check tightness and test the system before delivery. So that the machines can work safely, stable and easy to maintain.
Test the electrical system before delivery.
Test the electrical system before delivery. To ensure that the system works correctly and safely.
Carry out a connection check. Circuit accuracy Operation of control equipment, protection systems, and testing of actual operation Ready to fix and fine-tune any defects before delivering the work. So that the machines are ready to use efficiently and up to standards.
Program
PLC programs for controlling machines and automation systems. Covers work flow design (Sequence Control), control I/O, Interlock system and communication with various devices Develop programs to be consistent with the production process. Fine-tuned and tested for actual operation before delivery. In order for the system to work stably, safely and with maximum efficiency.
Program
HMI / Touch Screen
HMI / Touch Screen programs for controlling and displaying machines. Design the screen to be easy to use. Clearly display working status, parameters and alarm values.
Stably connect and communicate with PLC/Controller. Ready to test actual work before delivery. To allow users to control the system conveniently, safely and efficiently.
Program
PLC Program
PLC programs for controlling machines and automation systems. Covers the design of work sequences, I/O control, Interlock system and communication with various devices
Develop programs to be consistent with the production process. Fine-tuned and tested for actual operation before delivery. In order for the system to work stably, safely and with maximum efficiency.
Program
Robot Program
Programs for industrial applications Covers work sequence determination (Sequence), movement (Motion), I/O control and communication with machines or PLCs.
Fine-tune the speed, accuracy, and safety of your work. Ready to actually test on site so that the robot can work stably effective and consistent with the production process
Program
Fine-tune the work to be precise.
Fine-tune the work to be precise. For machinery and automation By checking and adjusting the parameters of control devices such as Servo, Inverter, PLC and Sensor to suit the actual job site.
Analyze movement, speed, position, and rhythm of work. to reduce discrepancies increase stability and raise the efficiency of the system to be ready to use at its full potential
Program
Improved according to customer needs
Improve and develop the system according to customer needs. Both aspects of machine operation driver and usage patterns to be consistent with the actual production process
Analyze problems and suggestions from users. Ready to adjust add function or increase system efficiency In order to meet the needs of use as much as possible and flexibly supports future expansion
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