Robotics Automation Training
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Amatrol Smart Robot Workcell

An Amatrol training workcell built around a FANUC LR Mate 200iD/4S 6-axis industrial robot. The system supports robot operation, programming, troubleshooting, and material handling workflows in a lab-scale automated cell.

Amatrol Smart Robot Workcell
Robot FANUC LR Mate 200iD/4S
Reach 550 mm
Payload 4 kg
Axes 6-axis

System Capabilities

The Smart Robot Workcell is an educational training system built around a FANUC LR Mate 200iD/4S robot for teaching robot operation, programming, and troubleshooting in a realistic automated cell.

Workcell configurations vary, but training systems can include robot material handling, palletizing logistics, and cell-level safety and control features.

Operating Modes

Pick and Place

High-speed handling and part transfer using the 6-axis robot.

Machine Tending

Robot operation for part loading and unloading in automated cells.

Logistics / Palletizing (Config Dependent)

Workcell configurations may include conveyors, pallets, and sorting tasks.

Safety and Interlocks

Training on safety devices and interlocked cell operation.

Technical Specifications

Robot Model FANUC LR Mate 200iD/4S
Axes 6 controlled axes
Payload 4 kg max
Reach 550 mm
Repeatability 0.01 mm
Mounting Floor, upside down, or angle mounting

Comparison: Robot Workcell vs. Manual Handling

Comparing automated robot handling to manual material handling workflows.

Feature Robot Workcell Manual Handling
Repeatability Programmable, consistent cycles Operator-dependent
Throughput High-speed handling with automated sequences Slower, manual operations
Training Focus Robot programming and cell integration Manual process steps
Safety Systems Interlocked safety devices and guarded cell Manual safety practices
Use Case Automation and logistics training Manual material handling

Common Applications

Pick and Place Operations Material handling, part transfer, and sorting.
Robot Programming Teach pendant programming and motion sequencing.
Cell Integration Conveyors, sensors, and safety interlocks.
Troubleshooting Fault isolation and corrective actions in an automated cell.