Machine Tool Calibration
We keep your machines compliant and profitable.
We're one of handful of companies in the country that performs laser calibration for machine tools. If you're in the machine tool industry - including fields such as aviation and medical/pharmaceutical - we have the expertise and technology to keep you fully certified and compliant with ISO and ASME standards. Seventy percent faster than other methods, laser calibration is an accurate, fast way to ensure your machines are running at peak capacity, minimize waste and reduce unnecessary wear and tear on your investments.
Calibration services we provide the machine tool industry
Our experts have a wide breadth and scope of experience including:
- Machine tool geometry
- Machine tool calibration
- Linear calibration
- Rotary calibration
- Machine tool certification
- Linear compensation
On-site machine tool calibration and certification
Machine tool calibration is becoming an integral part of the manufacturing process especially in aviation and aerospace environments. ISO registration mandates that all equipment and processes used as part of the quality process be calibrated and the process documented.
We provide on-site machine tool calibration services including the issuance of a calibration certificate. In compliance with ISO-230, our calibration certificates are accompanied by a fully documented report that includes laser setup instructions, environmental probe locations, machine setup parameters, and copies of all test results.
Industries who use laser calibration and certification services
- Aerospace/Aviation
- Automotive
- Fabrication
- Manufacturing
- Medical/Pharmaceutical
- Printing presses
- and more
Don’t see your industry listed? Call us at 817.656.3452 to see how we can help your business stay compliant with today’s tough ISO and ASME standards and restrictions.
ISO 232-2
The International Organization for Standardization (ISO) clearly defines the requirements for fully documenting set-up instructions for machine tool calibration in ISO-230-2. These must include:
- Location of all (non moving) machine tool axis positions
- Location of the laser material temperature sensor
- Location of the air temperature sensor.
- The effective expansion coefficient used
- Starting and ending temperatures of both the machine and its surrounding environment
- Location of the pitch line in the machine including:
- Distance from the spindle face to the pitch line
- Distance from the spindle centerline to the pitch line
- Distance form the work holding surface to the pitch line.
ASME 54.85
What are the requirements BJ?
Reports
Sample reports? What’s included in the report.