Indicates a communication lag or hardware failure in the X, Y, or Z-axis motors.
Triggered when the cutting head moves beyond its physical or software-defined boundaries.
Bystronic systems, including the ByStar, BySmart, and older Bysprint models, categorize errors based on the subsystem affected. Generally, these codes appear on the MMC (Man-Machine Communication) interface. 1. Resonator and Laser Source Errors bystronic laser error code list
The machine stops because the nozzle touched the workpiece. This can be caused by "tipped" parts or incorrect "slug" management.
This comprehensive guide breaks down the common categories of and provides a roadmap for resolving them quickly to minimize downtime. Understanding the Bystronic Error Architecture Indicates a communication lag or hardware failure in
Modern Bystronic lasers use sophisticated capacitive sensing to maintain the focal point:
For intermittent software glitches, a full system restart can often clear "ghost" errors in the MMC. Generally, these codes appear on the MMC (Man-Machine
If the sensor cannot find the sheet edge or calibrate its height, it may be due to a dirty nozzle or a damaged ceramic insulating ring. Common Bystronic Error Codes and Fixes Error Range/Type Potential Cause Recommended Action Cooling/Chiller Codes Clogged filters or low coolant levels.
Mastering Bystronic Laser Diagnostics: The Ultimate Error Code Guide
Bypass the surface-level alarm and look at the "Error History" log in the Bystronic software. This often shows a chain of events leading up to the stoppage.