LASER CALIBRATION

Perfect Precision in Your Production

Laser calibration is a critical service for ensuring the high precision and reliability of CNC machines. By using advanced laser measurement systems, we accurately detect and correct mechanical and geometric deviations that impact the quality of the final product.

Regular calibration can significantly improve machine performance, reduce machining errors, and increase production efficiency.

What is Laser Calibration?

Laser calibration is the process of precisely measuring the position of CNC machine axes using a high-accuracy laser interferometer. The system detects:

  • Linear positioning errors
  • Backlash (reversal errors)
  • Speed deviations
  • Errors during acceleration and deceleration

Based on the measurements, error compensation is performed by entering correction values directly into the CNC control system. The result is greatly improved positioning accuracy and repeatability.

Where Is It Used?

Laser calibration is recommended for:

  • CNC milling machines
  • Lathes and multitasking centers
  • Multi-axis machining centers (3, 4, 5+ axes)
  • Tool & die, automotive, aerospace, and medical industries
  • Any production environment where precision is a competitive advantage

Benefits of Laser Calibration

  • Increased machining precision
    • Reduce tolerance deviations and improve product quality.
  • Reliability and repeatability
    • Eliminate hidden errors that cause inconsistent results.
  • Lower error-related costs
    • Fewer scrap parts, fewer complaints, better material utilization.
  • Optimization without mechanical intervention
    • Corrections are made via CNC software without major mechanical changes.
  • Extended machine life
    • A properly calibrated machine suffers less mechanical stress.
  • Foundation for certified production
    • Calibration with a laser system complies with industrial standards (e.g., ISO 230-2).

When Should You Calibrate?When Should You Calibrate?

  • When purchasing a new or used CNC machine
  • After a tool crash or major mechanical failure
  • When machining accuracy issues are detected
  • As part of regular preventive maintenance (e.g., annually)