The Story
Flexible Manufacturing System for education QualiFMS02™
Flexible Manufacturing System for Education QualiFMS02™ is an advanced training platform developed to help learners understand product design principles and the operation of a Flexible Manufacturing System (FMS). It strengthens practical learning in industrial automation, mechatronics, machining, and robotics.
This solution includes full-scale, industry-standard equipment that mirrors real manufacturing workflows from beginning to end. Students gain real-time experience in a live production setting using authentic manufacturing tools.
The system integrates key components such as a CNC lathe, CNC milling machine, industrial robotic units, and an Automated Storage and Retrieval System (ASRS), along with additional modules. Together, these elements deliver hands-on exposure to modern manufacturing technologies and complete production processes.
Why Choose a Flexible Manufacturing System (FMS)?
- Higher Production Output – Automated systems accelerate manufacturing by enabling robots to manage loading, unloading, and material transfer between machines efficiently.
- Improved Operational Efficiency – A flexible system design ensures smooth workflow execution, reduces interruptions, and helps maintain consistent production flow.
- Adaptable Production Setup – Production lines can be quickly adjusted to meet changing requirements, avoiding bottlenecks and improving delivery timelines and customer satisfaction.
- Reduced Manufacturing Costs – Operational savings are achieved by lowering defect rates, minimizing material waste, and eliminating unnecessary production delays.
- Lower Labor Dependency – Automation reduces reliance on manual tasks, helping optimize workforce allocation and streamline overall production processes.
How FMS Training Prepares Students for Industry
Flexible Manufacturing Systems are essential in modern production environments, enhancing product quality, operational efficiency, and overall profitability. Early exposure to these technologies helps students develop practical competencies and technical understanding, preparing them with a solid foundation for real-world industrial and manufacturing settings.
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Machine tending packages are fully integrated, self-contained workcells where a 6-axis robotic arm operates a CNC machine and manages part handling as well as light assembly tasks. This flexible manufacturing cell includes a CNC lathe, storage units, and a 6-axis robot, making it well-suited for practical training and project-based learning.
The setup is structured to support advanced academic programs and realistic industrial simulation projects, giving learners direct exposure to modern automated manufacturing workflows.
System Components:
- 6-Axis Robotic Arm
- Linear Slide Base
- FMS210 CNC Lathe Machine
- FMS200 CNC Mill Machine
- Gravity Parts Feeder
- Workbench
- Pneumatic Feeder
Curriculum Support:
- Robotics Fundamentals
- Advanced Robotics
- CNC Turning Fundamentals
- Introduction to Advanced Manufacturing
Description
Flexible Manufacturing System for education QualiFMS02™
Flexible Manufacturing System for Education QualiFMS02™ is an advanced training platform developed to help learners understand product design principles and the operation of a Flexible Manufacturing System (FMS). It strengthens practical learning in industrial automation, mechatronics, machining, and robotics.
This solution includes full-scale, industry-standard equipment that mirrors real manufacturing workflows from beginning to end. Students gain real-time experience in a live production setting using authentic manufacturing tools.
The system integrates key components such as a CNC lathe, CNC milling machine, industrial robotic units, and an Automated Storage and Retrieval System (ASRS), along with additional modules. Together, these elements deliver hands-on exposure to modern manufacturing technologies and complete production processes.
Why Choose a Flexible Manufacturing System (FMS)?
- Higher Production Output – Automated systems accelerate manufacturing by enabling robots to manage loading, unloading, and material transfer between machines efficiently.
- Improved Operational Efficiency – A flexible system design ensures smooth workflow execution, reduces interruptions, and helps maintain consistent production flow.
- Adaptable Production Setup – Production lines can be quickly adjusted to meet changing requirements, avoiding bottlenecks and improving delivery timelines and customer satisfaction.
- Reduced Manufacturing Costs – Operational savings are achieved by lowering defect rates, minimizing material waste, and eliminating unnecessary production delays.
- Lower Labor Dependency – Automation reduces reliance on manual tasks, helping optimize workforce allocation and streamline overall production processes.
How FMS Training Prepares Students for Industry
Flexible Manufacturing Systems are essential in modern production environments, enhancing product quality, operational efficiency, and overall profitability. Early exposure to these technologies helps students develop practical competencies and technical understanding, preparing them with a solid foundation for real-world industrial and manufacturing settings.
|
|
Machine tending packages are fully integrated, self-contained workcells where a 6-axis robotic arm operates a CNC machine and manages part handling as well as light assembly tasks. This flexible manufacturing cell includes a CNC lathe, storage units, and a 6-axis robot, making it well-suited for practical training and project-based learning.
The setup is structured to support advanced academic programs and realistic industrial simulation projects, giving learners direct exposure to modern automated manufacturing workflows.
System Components:
- 6-Axis Robotic Arm
- Linear Slide Base
- FMS210 CNC Lathe Machine
- FMS200 CNC Mill Machine
- Gravity Parts Feeder
- Workbench
- Pneumatic Feeder
Curriculum Support:
- Robotics Fundamentals
- Advanced Robotics
- CNC Turning Fundamentals
- Introduction to Advanced Manufacturing
