Automation Solutions for Calibration Laboratories

Domini Technologies develops automation software for calibration laboratories, repair facilities, and engineering test environments. These automation projects are designed to reduce manual measurement steps, improve test consistency, and help technicians perform complex verification or adjustment procedures more efficiently.

Many calibration procedures require repeated measurements, careful monitoring of instrument stability, and manual evaluation of results. Automation software can manage these workflows by controlling test equipment, collecting measurement data, and evaluating results according to defined procedures.

The projects below represent examples of automation solutions developed for commonly used electronic test equipment.


Featured Automation Projects

Fluke 5522A Adjustment Automation

Automation software developed to guide technicians through adjustment procedures for the Fluke 5522A multifunction calibrator.

Adjustment procedures for multifunction calibrators can require repeated measurements, stabilization checks, and careful monitoring of instrument behavior. The automation workflow assists technicians by guiding each step of the procedure while verifying measurement results and instrument stability.

Typical capabilities include:

  • Guided adjustment workflow
  • Measurement validation checks
  • Abort conditions for unexpected instrument behavior
  • Support for Fluke 5522A general functions and scope options

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Fluke 9640A RF Reference Source Automation

Automation workflows developed to support performance verification procedures for RF reference sources such as the Fluke 9640A.

RF verification procedures often require coordinated control of signal generators, spectrum analyzers, and power sensors. Automation software helps manage these instrument configurations while collecting measurement data and evaluating results against specification limits.

Automation capabilities may include:

  • RF measurement sequencing
  • automated tolerance evaluation
  • coordinated control of multiple RF instruments
  • repeatable verification workflows

Learn more → Coming Soon!


Precision Measurement Instrument Automation

Automation solutions developed for high-precision measurement instruments commonly used in calibration laboratories.

Precision instruments such as digital multimeters and frequency counters often require extensive verification procedures involving many measurement points and calculations. Automation software can execute these procedures while automatically recording results and evaluating tolerances.

Examples include automation developed for:

  • high-precision digital multimeters
  • frequency counters
  • signal sources
  • spectrum analyzers

Learn more → Coming Soon!


Custom Automation Development

Many calibration procedures involve unique instrument configurations or specialized workflows that cannot be handled by generic calibration software.

Domini Technologies develops custom automation solutions tailored to the customer’s existing equipment and procedures. These systems can integrate multiple instruments and automate complex measurement sequences while maintaining technician oversight.

Custom automation projects commonly include:

  • calibration performance verification
  • adjustment procedure automation
  • RF and microwave measurement workflows
  • integration of multiple programmable instruments
  • guided technician workflows for complex procedures

Typical Benefits of Automation

Automation software can provide several advantages for calibration laboratories:

  • Reduced technician workload during complex procedures
  • Consistent execution of measurement sequences
  • Automated tolerance calculations
  • Reduced transcription errors
  • Improved repeatability of test procedures

Automation allows technicians to focus on evaluating instrument behavior rather than managing repetitive measurement tasks.


Future Automation Projects

Additional automation solutions are continually being developed as new procedures and instruments are supported.

Projects may include automation for:

  • multifunction calibrators
  • RF reference sources
  • precision digital multimeters
  • frequency counters
  • spectrum analyzers and signal generators

Discuss an Automation Project

If your laboratory performs repetitive verification procedures or complex adjustment workflows, automation may significantly reduce technician effort while improving measurement consistency.

Domini Technologies works with calibration laboratories and engineering teams to develop automation solutions tailored to their existing equipment and procedures.