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14 RESULTS WITHIN AUSTRALIA
BEST MATCH FOR
DISPLACEMENT SENSORS


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  1. Bestech Australia introduces the Burster DIGIFORCE 9311, the pioneering force and displacement controller which offers rapid evaluation results when strict quality demands are coupled with high production rates.

  2. Bestech Australia introduces the confocalDT 2471 HS, the fastest confocal chromatic controller for measuring principle, displacements, distances and thickness in the glass and electronics industry.

  3. Bestech Australia offers the capaNCDT 6110, a compact single-channel system capable of thickness, coordinates, level, tilt, and vibration measurements.

  4. Bestech Australia offers the SS-7 Series Linear Position Sensors used to measure the ram position of hydraulic and pneumatic cylinders in industrial, mobile, or subsea applications.

  5. Bestech Australia offers the new capaNCDT 6112 for non-contact capacitive displacement measurement which is ideally suited for integration in machines and facilities.

  6. Draw Wire displacementsensors measure linear movement of target position and velocity that are suitable for both integrated and subsequent installation. The draw-wire sensors are used for simple distance measurements ranging from 50 to 50,000 mm.

  7. Inductive displacement sensors are used for automated processes, quality assurance, test rigs, hydraulics, pneumatic cylinders, and automotive engineering due to their maintenance-free, high measurement accuracy, robustness and temperature stability

  8. LVDT (Linear Variable Differential Transformer) sensor has very stable output signal due to its differential transformer design. The LVDTs are designed for a wide range of industrial and scientific position feedback or measurement applications.

  9. Potentiometric displacement sensor is used for direct or non-direct, precise measurement of mechanical displacement. Potentiometers have high resolution to conduct linear or angular motion displacements and operate with sliding contact system.

  10. Capacitive sensors are inspired by the property of capacitance between two conductive surfaces within reasonable proximity. As changes in distance between surfaces changes the capacitance value, it reflects a change in position of target