Learn FANUC-KAREL-TP-EXTENSIONS with Real Code Examples

Automated tool change sequence with error handling

Custom operator interface for selecting machining patterns

Real-time spindle speed adjustment based on sensor feedback

Multi-axis robot pick-and-place with TP prompts

Integration of vision system to adjust machining path

Check KAREL program compilation errors

Verify TP Extension menu functionality

Ensure correct variable and I/O mapping

Test communication with external devices

Use simulation to detect runtime logic issues

Compile KAREL program and resolve syntax errors

Simulate TP screens using Roboguide

Validate I/O connections on test machine

Check robot/CNC motion without load first

Run full workflow with monitoring and logging

Run on standalone Fanuc CNC machine

Use TP Extensions for operator interaction

Integrate multi-axis robots for coordinated automation

Connect to factory network for monitoring/logging

Deploy in manufacturing cells with sensors and vision

Fanuc CNC Controller

Teach Pendant (TP) with Extension support

KAREL Compiler and Runtime

Roboguide simulation software

External sensors, PLCs, and vision systems

Fanuc Robot Controllers

CNC Axes and Spindles

Ethernet/IP or fieldbus I/O devices

Vision and laser sensors

External PLCs and factory networks

Use subprograms to reduce repetitive code

Test TP screens in simulation first

Keep variable names meaningful for maintainability

Optimize loops and events for controller performance

Document all positions, parameters, and logic paths

Understanding KAREL syntax and limitations

Creating effective TP screens for operators

Debugging multi-axis robot or CNC coordination

Ensuring safe operation with external sensors

Maintaining modular, reusable code across projects