High-level calibration moves out of the laboratory
April 15, 2008
The National Physical Laboratory (NPL) has launched a new calibration tool that reportedly will bring laboratory level standards to the shop floor. The technology enables significantly improved calibration times, minimizing machine downtime for industries across the manufacturing sector.
NPL and its partner ETALON are unveiling Laser TRACER at MACH 2008 in Birmingham, UK. This is a high-speed, ultra precise, mobile system for the calibration and verification of coordinate-measuring machines (CMM), CNC machine tools, and other leading-edge measurement applications.
Laser TRACER relies on a highly stable laser source and an NPL patented internal design that is mechanically and thermally decoupled from the tracking mechanism, providing a level of stability and accuracy of measurement to portable test applications.
Like conventional laser techniques, the TRACER instrument locks out the machine during tool or CMM probe. It uses the laser to track a reflector mounted on the machine during tool or CMM probe. The system automatically drives the tool during the measurement cycle for the machine test and then guides the user in simple steps through the testing process. The internal algorithm ensures self-calibration of the system during the test and enables all machine error contribution with unprecedented precision, according to NPL, which is the UK’s leading test and measurement institute.
The data-processing algorithm opens measurement possibilities to applications such as length, straightness, pitch, yaw, roll of all axes, and squareness and elastic deviations sub-micrometer accuracy. The device requires very little thermal stabilization prior to use because of its in-built temperature and pressure compensation.
NPL says measurement routines can be performed without the need for highly skilled technicians and are significantly quicker than existing traditional methods. Uncertainties of measurements are generated in real time with a comprehensive test report or UKAS calibration certificate produced at the point of measurement.
Automatic correction of stored error-maps is also available for many machine types with new machines being supported every month and the measurement procedure is designed to meet the requirements of the emerging standard ISO10360-2.
David Lowther, Laser TRACER product manager, says: “Machines can now be calibrated in less than three hours, rather than the current time of up to 2 days, and with greatly improved accuracy that will ultimately save time and increase productivity for businesses. NPL can also provide complementary consultancy and support, on site, to diagnose and solve production critical measurement problems for companies.”
More information on the Tracer is available at: http://www.npl.co.uk/server.php?show=ConWebDoc.2617
SOURCE: National Physical Laboratory
The National Physical Laboratory (NPL) has launched a new calibration tool that reportedly will bring laboratory level standards to the shop floor. The technology enables significantly improved calibration times, minimizing machine downtime for industries across the manufacturing sector.
|
Laser TRACER relies on a highly stable laser source and an NPL patented internal design that is mechanically and thermally decoupled from the tracking mechanism, providing a level of stability and accuracy of measurement to portable test applications.
Like conventional laser techniques, the TRACER instrument locks out the machine during tool or CMM probe. It uses the laser to track a reflector mounted on the machine during tool or CMM probe. The system automatically drives the tool during the measurement cycle for the machine test and then guides the user in simple steps through the testing process. The internal algorithm ensures self-calibration of the system during the test and enables all machine error contribution with unprecedented precision, according to NPL, which is the UK’s leading test and measurement institute.
The data-processing algorithm opens measurement possibilities to applications such as length, straightness, pitch, yaw, roll of all axes, and squareness and elastic deviations sub-micrometer accuracy. The device requires very little thermal stabilization prior to use because of its in-built temperature and pressure compensation.
|
Automatic correction of stored error-maps is also available for many machine types with new machines being supported every month and the measurement procedure is designed to meet the requirements of the emerging standard ISO10360-2.
David Lowther, Laser TRACER product manager, says: “Machines can now be calibrated in less than three hours, rather than the current time of up to 2 days, and with greatly improved accuracy that will ultimately save time and increase productivity for businesses. NPL can also provide complementary consultancy and support, on site, to diagnose and solve production critical measurement problems for companies.”
More information on the Tracer is available at: http://www.npl.co.uk/server.php?show=ConWebDoc.2617
SOURCE: National Physical Laboratory
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