Flexible Manufacturing System for education QualiFMS01™

A Connected Workcell Where Every Machine Coordinates

Our Flexible Manufacturing System for education QualiFMS01™ shifts technical training from passive reading to active, physical synchronization. This complete, fully-linked setup captures attention instantly because it replaces paper theories with an active workcell where every single component coordinates. 

Active, Hands-On Synchronization:

• Direct Machine Control: Students physically operate a highly agile, heavily articulating 6-axis robotic arm.
• Precision Manufacturing: Learners shape metal stock inside a heavy-duty FMS210 CNC Lathe Machine.
• Automated Feeders: The setup coordinates automated pneumatic feeders on the workbench with the gravity parts feeder.

This grants your future automation specialists highly tangible, deeply authentic experience with industrial procedures, particularly focused I/O command training. The specific balance of mechanical engineering equipment is satisfyingly spot on, substantial enough to feel exactly like a legitimate, full-scale factory floor, but not outrageously overpowering.

Highly Adaptable Configurations for Your Technical Lab

The core educational method behind this setup relies on modular, scalable experiences, letting you easily adjust the physical workcell to align with specific syllabus goals.

Flexible Laboratory Modes:

• Standalone Machine-Tending: Isolate and teach foundational automation routines (perfect for Robotics Fundamentals and CNC Turning Fundamentals). The nimble 6-axis robotic arm retrieves raw materials from the gravity parts feeder, secures the stock tightly into the FMS210 CNC Lathe, waits patiently for the milling process to complete, and finally arranges the finished items. Watching the whole sequence run without a single hiccup is sheer perfection.
• Full-Scale CIM Factory Layout: When you need to teach bigger concepts like Introduction to Advanced Manufacturing, this Flexible Manufacturing System for education links straight into a comprehensive Computer Integrated Manufacturing (CIM) environment. By mounting the robot onto a linear slide base for greatly extended movement, the arm can travel across a much wider workspace, interacting with multiple processing stations and executing basic assembly jobs exactly like an active, high-volume production facility.
• The Risk-Free Virtual Programming Screen: Most importantly, your expensive equipment budget stays completely protected. Students receive extensive virtual hands-on practice for both CNC and robotic programming. They can test their logic and resolve programming errors on a computer monitor long before they send any instructions to the physical, metal-cutting machinery.

Because the QualiFMS01™ relies on actual industrial parts and standard programming languages, your students gain practical skills in recording accurate robotic positions and synchronizing robotic movements with CNC operations.