Integrated Robotics Welding Cell with PLC, HMI and IIOT (MIG Welding Robocell)
PL-115497
MIG Welding Robot Training Cell with PLC, HMI & IIOT
The Hytech Automation MIG Welding Robot Training Cell is a comprehensive Industry 4.0-ready training platform designed to provide hands-on experience in robotic welding, industrial automation, PLC-HMI integration, Digital Twin technology, Offline Programming, and Industrial IoT (IIOT).
The system combines an industrial welding robot, PLC, HMI, welding source, servo systems, pneumatic automation, and intelligent communication technologies to simulate real-world robotic welding environments used in modern manufacturing industries.
The training cell enables learners to develop practical skills in robotic welding, automation system integration, welding process optimization, industrial communication, and smart manufacturing workflows.
The robot can be programmed using a Teach Pendant as well as through advanced Offline Programming (OLP) software integrated with a Digital Twin environment for simulation, validation, and virtual commissioning.
Key Features:
- Industrial Welding Robot with minimum 900 mm reach and 10 kg payload capacity
- Fronius, Lincoln, or equivalent industrial welding source
- PLC and HMI integrated welding automation platform
- Digital Twin and Offline Programming integration
- Industrial communication using PROFINET and I/O Link
- IIOT-enabled architecture with cloud connectivity and remote monitoring
- Servo motor, pneumatic actuator, and sensor integration
- Industrial Smart Light with I/O Link communication
- Real-time process monitoring and diagnostics
- 43-inch display for Digital Twin visualization and training
- Mobile industrial control unit with robot controller and welding controller
- Gas cylinder trolley and welding cable management system
Integrated Training Stations:
- Basic Weld Joint Training Table
- Automated Welding Table with Servo Indexing System
- Complex Shape and 3D Circular Welding Table
Learning Outcomes:
- Understand industrial robotic welding architecture and operation
- Program and operate welding robots using Teach Pendant and Offline Programming software
- Develop PLC logic and HMI applications for robotic welding systems
- Integrate welding robots with PLC, HMI, sensors, servos, and pneumatic devices
- Configure industrial communication protocols such as PROFINET and I/O Link
- Perform automated welding operations on butt joints, lap joints, corner joints, edge joints, T-joints, and circular welding applications
- Gain hands-on experience with servo indexing systems and automated workpiece handling
- Work with Digital Twin technology and virtual commissioning concepts
- Understand IIOT, Industrial Edge, cloud connectivity, and smart manufacturing workflows
- Develop troubleshooting, diagnostics, and predictive maintenance skills
- Prepare for Industry 4.0 and advanced manufacturing environments
Digital Twin & Offline Programming
The training cell supports Digital Twin-based simulation and Offline Programming, enabling learners to validate welding paths, optimize robot movements, perform collision detection, and test complete robotic welding cycles before execution on physical hardware.
Industrial IIOT Integration
The system supports Siemens Industrial Edge technology for real-time data acquisition, remote monitoring, dashboard creation, analytics, and Industry 4.0 applications. Learners gain exposure to MQTT, OPC UA, edge computing, and smart factory concepts.
Hytech Learning Management System (LMS)
The training cell includes access to Hytech Automation's Learning Management System (LMS), providing structured robotics, PLC, HMI, welding automation, IIOT, and Digital Twin training modules along with assessments, certifications, and instructor resources.
Applications:
- Robotic Welding Training
- Industrial Automation Training
- PLC-HMI Integration
- Industry 4.0 Training Labs
- Digital Twin & Virtual Commissioning
- Smart Manufacturing & IIOT Applications
- Technical Education & Skill Development Programs
Product Website:
https://hytechautomation.in/
Digital Brochure:
https://hytech.aflip.in/MIGwelding.html
MIG Welding Robot Training Cell – Technical Specifications
Hytech Automation's MIG Welding Robot Training Cell is an Industry 4.0-ready robotic welding platform designed for hands-on training in robotic welding, PLC-HMI integration, Digital Twin technology, Offline Programming, IIOT, and industrial automation.
Robotic Welding System
- Industrial Welding Robot (Fanuc ARC Mate or equivalent)
- Minimum Reach: 1000 mm
- Minimum Payload Capacity: 12 kg
- Teach Pendant for robot programming and operation
- Offline Programming (OLP) and Digital Twin support
- Compatible with Fanuc Roboguide and Siemens Tecnomatix
PLC, HMI & Control System
- PLC: Siemens S7-1200 or Mitsubishi FX5
- HMI: Siemens KTP700 or Mitsubishi GS Series
- PROFINET and I/O Link communication
- I/O Link Smart Light integration
- Servo motor and pneumatic valve integration
- Industrial operator control panel
Experiment Stations
Table 1 – Basic Welding Station
- Butt Joint Welding
- Corner Joint Welding
- Edge Joint Welding
- Lap Joint Welding
- T-Joint Welding
- Mechanical clamping arrangements
Table 2 – Automated Welding Station
- Servo motor driven indexing table
- PLC-controlled automated job sequencing
- Industrial welding automation applications
Table 3 – 3D Circular Welding Station
- Pneumatic pick-and-place mechanism
- Pipe-in-pipe assembly application
- 3D circular robotic welding operations
Welding Equipment
- Fronius / Lincoln Industrial Welding Source
- Robot Controller
- Welding Controller
- Step-down Transformer
- Gas Cylinder Trolley
- Cable Management System
Industry 4.0 Features
- Digital Twin Visualization
- Offline Robot Programming
- IIOT Integration
- Real-Time Monitoring & Diagnostics
- Industrial Edge Connectivity
- Cloud-Based Data Monitoring
- 43” Display for Digital Twin Visualization
Learning Outcomes
- Robotic Welding Programming
- PLC-HMI-Robot Integration
- Digital Twin & Virtual Commissioning
- Offline Programming Techniques
- Industrial Communication Protocols
- Smart Manufacturing & Industry 4.0 Applications
- Automated Welding Process Development
- Industrial Troubleshooting & Diagnostics
What is this?
These percentage scores are an average of 0 user reviews. To get more into detail, see each review and comments as per below
If you have used this product, support the community by submitting your review
