AutomatexLab provides Mitsubishi PLC programming services for new automation projects, program modifications, troubleshooting, and control system upgrades. Our engineers work with Mitsubishi FX Series, Q Series, iQ-R, and iQ-F PLCs using GX Works3, GX Works2, and GX Developer software to deliver reliable PLC, HMI, and SCADA solutions.
Mitsubishi PLC programming services involve designing, modifying, troubleshooting, and upgrading Mitsubishi Electric control systems used in industrial automation applications. At AutomatexLab, we provide Mitsubishi PLC programming services for manufacturers and machine builders using Mitsubishi Electric MELSEC PLC platforms. Our engineers work with GX Works3, GX Works2, and GX Developer software to develop reliable control solutions for new systems as well as existing installations.
These services typically include PLC logic development, program modifications, troubleshooting, migration and upgrades, and machine commissioning. Mitsubishi PLCs are widely used in packaging, material handling, automotive, food processing, pharmaceutical, and other manufacturing industries where dependable automation is essential.
Mitsubishi PLC Platforms We Support
AutomatexLab provides Mitsubishi PLC programming services for both legacy and modern Mitsubishi Electric control systems. Our engineers work with various MELSEC PLC families used across machine automation, process control, and manufacturing applications.
Mitsubishi FX Series PLC Programming
We support Mitsubishi FX Series PLCs, including FX3U and FX5U controllers commonly used in compact machine automation and standalone equipment.
Mitsubishi Q Series PLC Programming
Our team works with Mitsubishi Q Series PLCs found in many existing production systems and industrial automation applications, providing support for both program modifications and system upgrades.
Mitsubishi iQ-R PLC Programming
We develop and maintain Mitsubishi iQ-R PLC systems designed for high-performance and complex automation applications requiring advanced processing capabilities and network connectivity.
Mitsubishi iQ-F PLC Programming
We support Mitsubishi iQ-F PLC platforms used in compact and modular automation systems, delivering flexible control solutions for modern manufacturing environments.
Mitsubishi PLC Programming Services We Provide
AutomatexLab offers a range of Mitsubishi PLC programming services to support new automation projects, existing production systems, and control system modernization requirements.
New Mitsubishi PLC Program Development
Custom PLC logic development for new machines, production lines, and industrial automation applications.
Reliable communication is essential for seamless data exchange between PLCs, HMIs, drives, SCADA systems, and other industrial devices. At AutomatexLab, we configure and troubleshoot a variety of communication protocols used in Mitsubishi Electric automation systems.
01
CC-Link IE
High-speed industrial Ethernet networking for advanced Mitsubishi automation systems.
02
CC-Link
Field-level communication for connecting PLCs, remote I/O, drives, and other devices.
03
EtherNet/IP
Industrial Ethernet communication for integrating Mitsubishi PLCs with third-party control systems and equipment.
04
RS232
Point-to-point serial communication for legacy devices and industrial equipment.
05
Modbus TCP
Ethernet-based protocol commonly used for connecting PLCs with HMIs, SCADA systems, and industrial devices.
06
Modbus RTU
Serial communication protocol used for reliable data exchange over RS485 networks.
07
OPC UA
Secure and platform-independent communication for SCADA systems, Industrial IoT, and data connectivity applications.
08
RS485
Robust serial communication standard widely used for multi-device industrial networks and field instrumentation.
How We Typically Develop Mitsubishi PLC Applications
At AutomatexLab, we follow a structured engineering approach to ensure Mitsubishi PLC systems are reliable, maintainable, and aligned with the operational requirements of the application.
01
Requirement Analysis (Remote or On-Site)
We begin by understanding the machine sequence, process requirements, and project objectives.
02
I/O List Preparation
Inputs, outputs, devices, and communication requirements are identified and documented before development begins.
03
PLC Logic Design
Control logic is designed based on the process sequence, safety requirements, and operational needs of the system.
04
GX Works3 Development
Depending on the Mitsubishi PLC platform, programs are developed using GX Works3, GX Works2, or GX Developer software.
05
Simulation and Testing
The program is verified and tested to ensure correct functionality before deployment.
06
HMI Development
Operator screens are developed to provide monitoring, alarm management, and process control capabilities.
07
Factory Acceptance Testing (FAT)
The complete control system is tested to validate operation and identify any issues before installation.
08
Site Commissioning
Final startup activities, I/O checks, communication verification, and process validation are performed at the customer’s facility.
09
Documentation and Backup
Project documentation and backup files are prepared to simplify future maintenance and modifications.
Common Mitsubishi PLC Applications
Mitsubishi Electric PLCs are widely used across a variety of industrial automation systems. At AutomatexLab, we develop and support Mitsubishi PLC applications for numerous machine and process control requirements.
Conveyor Systems
Packaging Machines
Filling Machines
Batch Processes
Material Handling Systems
Pump Control
Pick-and-Place Machines
Mixing Systems
Assembly Lines
Industries We Serve
AutomatexLab provides Mitsubishi PLC programming services for a wide range of industries that rely on reliable control systems and industrial automation technologies.
Automotive Manufacturing
PLC solutions for assembly lines, conveyors, robotic cells, and production equipment.
Food and Beverage
Automation systems for processing, packaging, filling, and material handling applications.
Pharmaceutical Industry
Control solutions designed for mixing, batching, packaging, and process automation requirements.
Chemical Processing
PLC programming for process control, dosing systems, pumps, and industrial instrumentation.
Packaging Industry
Automation support for packaging machines, labeling systems, and end-of-line operations.
Water and Wastewater Treatment
Control systems for pumps, valves, filtration systems, and treatment processes.
Mitsubishi Software Platforms We Use
AutomatexLab utilizes industry-standard Mitsubishi Electric software tools for PLC programming, HMI development, diagnostics, and system configuration across various MELSEC automation platforms.
GX Works3
Used for programming and configuring Mitsubishi iQ-R and iQ-F Series PLCs, providing advanced engineering capabilities and integrated project management.
GX Works2
Widely used for developing and maintaining Mitsubishi Q Series and FX Series PLC applications.
GX Developer
Supports legacy Mitsubishi PLC systems and existing installations that require modifications, troubleshooting, or upgrades.
MELSOFT Navigator
Used for centralized project management and configuration of Mitsubishi automation components and networked systems.
GT Designer3
Software platform for designing and developing Mitsubishi GOT HMI applications for machine operation and process visualization.
Why Choose AutomatexLab for Mitsubishi PLC Programming Services?
AutomatexLab delivers Mitsubishi PLC programming solutions with a focus on reliability, maintainability, and long-term support for industrial automation systems.
Experienced Automation Engineers
Our team works with Mitsubishi Electric PLC platforms used in machine automation, process control, and manufacturing applications.
Remote and On-Site Support
We provide both remote assistance and on-site commissioning support to help minimize downtime and keep production running efficiently.
Documentation and Backup Procedures
Well-organized documentation and project backups help simplify future troubleshooting, modifications, and system maintenance.
Industrial Networking Expertise
We configure and troubleshoot communication networks and protocols used in Mitsubishi automation systems to ensure reliable connectivity between devices.
Global Support
We support machine builders, manufacturers, and industrial facilities worldwide with Mitsubishi PLC programming, upgrades, and automation services.
Featured Mitsubishi Automation Projects
Real-world Mitsubishi automation systems involving PLC programming, robotic welding, servo motion control, industrial networking, and smart manufacturing integration.
Automatic Bottle Packaging Line Automation
Worked on a fully automated bottle packaging system featuring servo-driven carton handling, robotic bottle pick-and-place operations, and synchronized motion control using Mitsubishi servo technology. The automation system was developed to achieve accurate high-speed packaging, stable cycle timing, and reliable production flow. The project helped improve packaging cycle consistency by approximately 22%, reduced carton alignment issues, and enhanced overall packaging efficiency during continuous operation.
Key Outcomes 22% improvement in packaging cycle consistency Reduced carton misalignment during production Improved bottle placement accuracy Stable high-speed packaging operation
Designed and supported a high-performance robotic welding automation cell integrating Panasonic welding robots with Mitsubishi PLC architecture and DeviceNet communication. The system was engineered for synchronized welding operations, stable motion control, and reliable production performance for heavy equipment manufacturing applications. The project contributed to approximately 20% reduction in synchronization-related interruptions, improved welding cycle consistency, and enhanced overall automation reliability during continuous production operations.
Key Outcomes 20% reduction in synchronization-related interruptions Improved robotic welding cycle consistency Stable PLC-to-robot communication architecture Enhanced production reliability during continuous operation
Whether you need a new Mitsubishi PLC program, modifications to an existing system, troubleshooting support, or a complete PLC-HMI-SCADA solution, AutomatexLab can help. Our engineers support Mitsubishi Electric automation platforms used in machine control, process automation, and manufacturing applications.
From legacy MELSEC systems to modern iQ-R and iQ-F controllers, we provide practical solutions designed to improve reliability, minimize downtime, and support long-term system performance.
Discuss Your Mitsubishi Automation Project Contact our automation engineers to discuss your requirements and receive a customized solution for your application.
What software is used for Mitsubishi PLC programming?
Depending on the PLC platform and project requirements, we use Mitsubishi Electric software including GX Works3, GX Works2, and GX Developer for program development, modifications, and troubleshooting.
Do you support GX Works2 and GX Developer projects?
Yes. We support existing projects developed in GX Works2 and GX Developer, including program modifications, troubleshooting, and migration to newer platforms when required.
Can older Mitsubishi PLC systems be upgraded?
Yes. We provide upgrade and migration services for legacy Mitsubishi PLC systems to improve reliability, maintainability, and compatibility with modern automation technologies.
Do you provide remote troubleshooting?
Yes. Our engineers can provide remote support to diagnose PLC faults, communication issues, and program-related problems, helping reduce machine downtime and service delays.
Can Mitsubishi PLCs communicate with third-party systems?
Yes. Mitsubishi PLCs can be integrated with third-party devices and software using communication protocols such as CC-Link, EtherNet/IP, Modbus TCP, Modbus RTU, OPC UA, RS232, and RS485.
Which Mitsubishi PLC series do you support?
We support Mitsubishi FX Series, Q Series, iQ-R Series, and iQ-F Series PLC platforms used in various industrial automation applications.
Do you provide HMI and SCADA integration?
Yes. We provide Mitsubishi HMI programming and SCADA integration services to enable machine visualization, process monitoring, data collection, and centralized control.
