Measurement solutions for Aerospace

Applications

• Aircraft door-lock position detection

  Determine whether an aircraft door lock has reached its locked end position. Inductive displacement sensors detect the end position directly at the door lock.

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• Airlines & Aerospace Our balancing machines and moment weighing scales for aerospace drives ensure maximum precision, ease of use, and modular flexibility delivering reliability and performance without compromise contributing to your economic success.

  Explore aerospace balancing machines, moment weighing scales and measurement solutions for jet engines, turbines, compressors and satellite components. Achieve maximum precision, SAE-compliant quality, reduced vibration and reliable…

  Read more about the solution Spin testing
  

• Automatic balancing machines Automatic balancing machines from Schenck are advanced solutions for precise balancing of rotating components in automated production processes. We offer systems and stations for balancing crankshafts, wheels and tires, turbochargers, electric armatures, drives, axle drive units, torque converters, drive shafts, disc-shaped rotors, as well as fans. Our systems increase productivity, ensure consistent quality, and are tailored to the needs of the automotive, energy, and industrial sectors.

  Discover automatic balancing machines for precise, high-speed production. Schenck delivers efficient, reliable, automated balancing for all industries.

  Read more about the solution Automatic balancing
  

• Bladis 4 With the new generation of torque scales in the WME series, blades can now be weighed even more precisely and distributed with the help of Bladis 4.

  Bladis 4 software enables precise turbine blade weighing, blade moment analysis and optimized blade distribution for aviation and energy applications. Reduce rotor unbalance, minimize trim weights and improve balancing efficiency with…

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• CAB measuring devices Optimal balancing is based on fast, precise measurement. Our CAB balancing software offers the right solutions for every application.

  Discover CAB measuring devices for balancing machines. Benefit from precise unbalance measurement, intuitive operation, flexible integration and reliable diagnostics for universal balancing tasks and high-volume production environments.

  Read more about the solution Automatic balancing
  

• End-of-line LED testing in aircraft cabins

  Verify color and intensity consistency of red and green status LEDs. colorCONTROL MFA-14 with MFS sensors measures color, intensity and color-space values; up to 14 LEDs are checked simultaneously.

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• Fast mirror steering for drone electro-optical systems

  Direct laser beams accurately in drone image stabilizers and electro-optical systems. Fast mirror-tilting systems steer the beam toward the transmitter or receiver with high angular accuracy.

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• Fast steering mirror for satellite communication

  Keep laser communication aligned between distant satellites. The FSM3000 fast steering mirror tilts the mirror rapidly to direct the beam toward the receiver.

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• Non-contact brake-temperature measurement

  Verify that aircraft brakes are below the permitted temperature before departure. Non-contact temperature sensors measure brake temperature in the landing gear.

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• Our portfolio Leading by innovation – assurance through precision.

  We support the entire lifecycle of your balancing products – from system design to modernization of your machines. Learn more.

  Read more about the solution Quality assurance
  

• Spin testing solutions Precision right from the start thanks to meaningful centrifuge analyses. Schenck’s centrifuge solutions examine rotating components in a centrifugal field and are essential for development, manufacturing, and quality assurance in industries such as e-mobility, aerospace, engines, turbines, fans, and automotive components.

  Automated spin testing solutions for rotors and materials. Schenck offers high-speed, precise, and safe burst and centrifugal testing systems.

  Read more about the solution Spin testing
  

• Wing-form tracking during aircraft load tests

  Track changes in wing shape during construction vibration tests. 120 wireSENSOR draw-wire sensors are synchronized on the wing to track vertical form changes.

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• Wing-tip-brake position recognition

  Detect the position of aircraft wing-tip brake shoes to prevent uncontrolled flap or slat movement. Inductive displacement sensors detect the position of the brake shoes.

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