O. wissem’s Post

This is visually informative.

Fasteners are considered an afterthought across the board most of the time. This is a perfect example of why an inexpensive part still needs your time and attention from sourcing to installation.

Most often, we think about planes lifting us up into the air, but in their manufacturing process, they, too, need a lift! ✈️ That’s why Interface Products helped an aerospace company check that the valves on their aircraft lifting equipment were working properly. Using a 1200 High Capacity Standard Precision LowProfile™ Load Cell between the aircraft testing rig and the lifting jack, Interface determined that the valves were functioning properly. https://bit.ly/3TewQvZ #Aerospace #IntefaceLoadCells #ForceMeasurement #Aircraft #LowProfile #LoadCell #Lifting

To help address the stringent safety standards and fuel efficiency requirements of commercial aircraft, the global aerospace industry depends on DuPont™ Nomex® for its inherent flame resistance, lightweight strength and durability. See how Nomex® delivers superior performance in aerospace applications—from cabin interiors (floors, walls, ceilings, overhead bins and bulkheads) to aircraft exteriors (spoilers and landing gear doors). http://spr.ly/6042SWEl0 #Aircraft #Aviation #Safety #Aerospace

EXCITERS The components you see in the marked area are exciters. The exciter takes input current from the aircraft electrical system, steps up the voltage, and delivers a high voltage output signal through the ignition lead to the igniter.Exciter is a component of the ignition system. The function of the ignition system is to provide an electrical spark to ignite the fuel/air mixture in the cylinders. There are three components of a turbine engine ignition system: the exciter, the ignition lead, and the igniter. #aviation #aviationphotography #aircraft #aircraftcarrier #aeronautics #aerospace #ArmaanAero

✈ LM Guide Model SR are used in the seat sliding mechanism of small aircraft. Because the floors in aircraft are generally made from sheet metal, measuring errors relating to mounting sections are common, and mounting can be a lengthy process. Because Model SR have excellent error absorbing capabilities, they can be mounted directly on the floor of aircraft, reducing the work required for assembly. In addition, THK's Miniature LM Guide Model RSR move smoothly and without play but are compact enough to use in seat footrests. ✈ For more information on how Linear Motion is used in the aerospace industry, be sure to check out website - https://lnkd.in/dsy4Qm4Y #THK #THKAmerica #Areospace #Aircraft #Aviation

✈ LM Guide Model SR are used in the seat sliding mechanism of small aircraft. Because the floors in aircraft are generally made from sheet metal, measuring errors relating to mounting sections are common, and mounting can be a lengthy process. Because Model SR have excellent error absorbing capabilities, they can be mounted directly on the floor of aircraft, reducing the work required for assembly. In addition, THK's Miniature LM Guide Model RSR move smoothly and without play but are compact enough to use in seat footrests. ✈ For more information on how Linear Motion is used in the aerospace industry, be sure to check out website - https://lnkd.in/dsy4Qm4Y #THK #THKAmerica #Areospace #Aircraft #Aviation

LM Guide Model SR are used in the seat sliding mechanism of small aircraft. Because the floors in aircraft are generally made from sheet metal, measuring errors relating to mounting sections are common, and mounting can be a lengthy process. Because Model SR have excellent error absorbing capabilities, they can be mounted directly on the floor of aircraft, reducing the work required for assembly. In addition, THK's Miniature LM Guide Model RSR move smoothly and without play but are compact enough to use in seat footrests. For more information on how Linear Motion is used in the aerospace industry, be sure to check out website - https://lnkd.in/dsy4Qm4Y #THK #THKAmerica #Areospace #Aircraft #Aviation

As industry leaders in Aerospace products, we are proud to say our Coated Cables contribute to the safety and performance of an aircraft. Let’s examine some of the ways our cables cater to this mission critical industry. - Flight control – flight controls such as ailerons, elevators and rudders, which control a plane's direction, ascension and descension use Coated Cables to control these aircraft parts based on control inputs from the cockpit. - Landing gear – deploying or retracting landing gear is assisted by Coated Cables supporting the landing gear materials, ensuring take offs and landings are done safely. - Engine controls – many of the intricate parts of an airplane engine have Coated Cables within them, to transmit signals from the cockpit. The corrosion resistance and strength of our Coated Cables allow for effective use in all these aerospace applications. The next time you see a plane in the sky, you’re probably looking at some CWI product. Visit our product page to learn more about our Coated Aircraft Cables: https://bit.ly/4biChCI #Aerospace #AerospaceIndustry #CoatedCable #FlightControl #LandingGear #EngineControls

This tandem lift system includes two of our model A800CSLR-60 lifts, each with a powered lifting function. One lift includes a powered rotation module capable of locking every 90 degrees, the second acts as an idler. Both lifts have rotation modules that are mounted to a horizontal pivot which allows for some misalignment if the lifts are not run at the same speed. One base includes screw-down leveling pads for brakes so the second unit can move forward or back slightly when misalignment happens. The free-moving lift can have rigid or directional locking front-to-back casters to keep it from drifting left or right. By using our tandem lift system, significantly higher lifting capacity is obtained vs a single crane, as well as greater stability and minimizing safety risks. To learn more, please visit: https://lnkd.in/ezAUTDMv #materialhandling #aerospace #aviation