Institut Dr. Foerster GmbH & Co. KG

🌟 Did you know that ultrasonic technology is incredibly versatile? 🦇 From nature's echolocation to advanced medical imaging, non-destructive testing (NDT), and efficient industrial cleaning, ultrasonics impacts many aspects of our lives. 🔊 In NDT, ultrasonic testing works by transmitting high-frequency sound waves into a material. When these waves encounter a boundary, such as a crack or inclusion, they reflect back to the surface. The reflected waves are then captured and analyzed to detect and locate flaws within the material without causing any damage. This makes ultrasonic testing essential for ensuring the safety and integrity of structures in industries like aerospace, construction, and manufacturing. #Ultrasonics #Innovation #Tech #NDT

🏃♂️🏅 We're happy that all FOERSTER Runners crossed the finish line this year without any injuries! But in the world of athletics, injuries and acute pain can sometimes occur, making an MRI essential for diagnosis. MRIs create detailed images using a powerful magnetic field, which is highly sensitive to external factors like power lines, moving metal objects, elevators, and traffic. These interferences can compromise the quality of the images produced. To ensure the optimal functioning of an MRI scanner, the installation area must be thoroughly evaluated for suitability. Our #MAGNETOMAT is an essential tool for initial measurements. The device spatially detects magnetic fields and provides crucial information on interferences that need to be shielded. Moreover, our #MAGNETOSCOP and #MAGNETOMAT products play a critical role in determining the suitability of components for integration into a magnetic resonance scanner. They precisely verify the non-magnetic properties of materials by measuring residual magnetic fields or relative permeability. When all these factors are considered, the result is a fascinating and accurate image of the human body, facilitating a precise differential diagnosis. #FOERSTER #makingqualityvisible #MRI #magneticfield #healthcaretechnology #diagnostics

❕ Join the webinar of our American colleagues on our new Test Channel Mobile (TCM) - our universal device for non-destructive mobile testing! Register now! ✍

Another successful Reutlingen Old Town Run has come and gone, with our FOERSTER runners shining bright in the crowd of enthusiastic participants and spectators! Despite being a small group this time, our team showed great passion and had a blast during the event. We are incredibly proud of our colleagues for their amazing performance and dedication. Congratulations on the fantastic results! If you're inspired by our team and would like to join #TeamFOERSTER, we have exciting job opportunities waiting for you. Check out our job openings and become a part of our dynamic team. Let's run together towards success! 🏃♂️🏃♀️ Discover our job offers: https://hubs.la/Q02FxG-j0 #FOERSTER #ReutlingenOldTownRun #JoinOurTeam

Dealing with contaminated sites and unexploded ordnance involves understanding typical depths. Mines are generally near the surface, while unexploded ordnance and archaeological artifacts can be found deeper underground. In the #NearSurfaceDetection field, electromagnetic induction-based active metal detectors (#EMI) have shown great effectiveness. These detectors emit electromagnetic fields that induce eddy currents in buried metal objects, such as mines and ammunition. The resulting secondary field is then evaluated by the metal detector. For deeper targets (3-4 meters), large loops using pulse technology are the most effective. For ferromagnetic materials located up to 7-8 meters deep, passive magnetometers are utilized. These devices detect distortions in the Earth’s normally homogeneous magnetic field caused by ferromagnetic objects, allowing for their detection, evaluation, and display. You want to know more about this topic? Read here: https://hubs.la/Q02BwwdL0 #DetectionTechnology #EnvironmentalSafety #Geophysics #Archaeology #MetalDetection #Magnetometers

Soft magnetic steels play a crucial role in the automotive industry for components like solenoid valves. But what ferromagnetic characteristics are in demand? Find out in our latest blog post! Want to measure the hysteresis curve of soft magnetic materials efficiently? Check out the KOERZIMAT J-H System developed by FOERSTER. It's simple to use and provides accurate results for materials used in automotive actuators and sensors. #KOERZIMATJH #softmagneticmaterials #hysteresismeasurement #softmagneticmaterials #automotiveindustry #magneticmaterials https://hubs.la/Q02F0gTt0

Uncovering Historical Structures 👣 Our ancestors left enduring marks on the landscape. Today’s soil layers still contain the traces of former settlements, ancient roads, and civic activities. Geomagnetic surveys can reveal these hidden alterations, such as the Roman villa shown in the image. 🏛️ FOERSTER provides ultra-sensitive fluxgate magnetometers and mapping software for this purpose. The FEREX product family is known for its exceptional sensitivity and resolution, enabling reliable detection of foundations, trench structures, and even prehistoric post-holes. With precise GPS or odometer positioning, even the smallest anomalies can be displayed with high resolution. 🔍 Discover more about our FEREX product family on our website: https://hubs.la/Q02BwF_R0 #FOERSTER #FEREX #Archeology #FluxgateMagnetometer

✈️ Why Non-Destructive Testing Is Essential in Aerospace ✈️ The aerospace sector demands the highest standards of safety and reliability, as even the smallest defects can lead to catastrophic outcomes. Non-destructive testing (NDT) plays a critical role in ensuring that aircraft components and structures are free from defects that could compromise safety and performance. Here's why NDT is especially important in the aerospace industry: ✈️ Safety: Safety is paramount in aerospace. NDT allows for the detection of defects, such as cracks, corrosion, or delamination, without damaging the components, ensuring that they meet safety requirements before and during use. 🚀 Reliability: Aerospace components must perform flawlessly under extreme conditions. NDT helps verify the reliability of these components, providing confidence in their performance over time. ✈️ Compliance and Certification: The aerospace industry is heavily regulated, with stringent certification requirements. NDT plays a key role in achieving compliance with these regulations, ensuring that aircraft meet or exceed industry standards. 🚀 Preventive Maintenance: NDT is an essential part of preventive maintenance, allowing operators to detect and address issues before they lead to more significant problems, reducing downtime and enhancing safety. In summary, non-destructive testing is a cornerstone of safety, reliability, and quality in the aerospace sector. It helps ensure that aircraft components are safe, compliant, and ready to meet the rigorous demands of flight. At FOERSTER, we understand the critical role of NDT in aerospace and are committed to providing reliable solutions that help keep the skies safe. One important device for mobile non-destructive testing of aircraft components is our TCM. Learn more about it here: https://hubs.la/Q02BwsBd0 #NonDestructiveTesting #Aerospace #Safety #QualityAssurance #FOERSTER

✈️ Protecting Aircraft Integrity: The Role of Conductivity Measurement 🌩️ In aerospace, extreme temperatures near turbines or during lightning strikes can weaken aluminum structures. This loss of strength can compromise aircraft safety and performance. Measuring electrical conductivity helps detect these changes. As aluminum weakens, its conductivity changes, indicating potential damage. Conductivity meters, like FOERSTER's SIGMATEST, provide a simple and effective way to measure conductivity and identify weakened structures. Our device ensures quick and accurate assessments, maintaining safety and reliability. https://hubs.la/Q02BkT3X0 #Aerospace #AircraftSafety #ConductivityMeasurement #SIGMATEST #FOERSTER #AviationInnovation #MaintenanceExcellence #SafetyFirst

🎉 Introducing BARPROOF: Precision Testing for Steel Bars with Phased-Array Ultrasonic Technology 🎉 BARPROOF is our latest innovation in testing for steel bars. We understand that detecting internal defects is crucial to maintaining the quality and safety of steel products. BARPROOF leverages advanced phased-array ultrasonic technology to ensure comprehensive inspection from the inside out. The benefits of BARPROOF: ✔️ Phased-Array Ultrasonic Technology: This cutting-edge technology is specifically designed to detect internal defects in steel bars, ensuring you get accurate results to maintain product integrity. ✔️Complete Testing Solution: In addition to ultrasonic testing with BARPROOF, an eddy current or flux leakage test instrument can be integrated into the test line to detect surface defects as well. ✔️ Fast and Efficient: Despite its thoroughness, BARPROOF works quickly, allowing you to maintain productivity without compromising accuracy. ✔️ Low maintenance: The absence of rotating components ensures minimal wear. BARPROOF is ideal for manufacturers and quality assurance professionals looking to ensure the highest level of product quality. To learn more about BARPROOF and how it can help you detect internal defects in steel bars, contact us or visit our website. Let's ensure the quality and safety of your steel products with BARPROOF. ⚙️🔧 https://hubs.la/Q02vQxgd0 #BARPROOF #SteelBars #QualityTesting #PhasedArrayUltrasonic #InternalDefects #FOERSTER