Micro-Epsilon idiamCONTROL extruder bore inspection system

Friday, 27 September, 2013 | Supplied by: Bestech Australia Pty Ltd


The Micro-Epsilon idiamCONTROL extruder bore inspection system is designed to allow precise planning of the maintenance intervals or replacement intervals of individual extruder housing parts.

With compound extrusion lines, continuous wear signs occur in the bores caused by abrasive raw materials, temperature and pressure. Exact maintenance intervals are therefore necessary in order to prevent expensive failures. The extruder bore inspection system detects the wear in the bores by non-contact internal inspection. The sensor unit - with integrated capacitive sensors arranged opposite to each other - measures the diameter of the bore. By turning the cross rollers by 40° clockwise or counterclockwise the bore can be measured in six tracks altogether. For exact positioning, the sensor is centred on both ends by spring-loaded rollers. Several metal pins prevent the measuring cylinder from turning.

The controller unit, equipped with a touch screen, displays the measuring results graphically. The measuring signal is shown as a diameter over the complete bore length and any tolerance deviations are immediately displayed. The diameter values of several test cycles can be saved. By comparing the individual diameter values, the extruder wear is calculated. For the data output the device is provided with a USB interface. A calibration control checks the functionality of the measuring system.

Online: www.bestech.com.au
Phone: 03 9540 5100
Related Products

Phoenix Contact Trio Power power supply

The third-generation Phoenix Contact Trio Power power supply is now available with a protective...

Phoenix Contact PTCB 48 VDC circuit breakers

The PTCB single-channel circuit breakers can now protect loads with a supply voltage of 48 VDC.

NORD Drivesystems single-phase IE2 motors

The more efficient single-phase asynchronous motor now corresponds to efficiency class IE2.


  • All content Copyright © 2024 Westwick-Farrow Pty Ltd