ULTISENSE OEM Solutions

The answer depends on the environment: vehicles present a “noisy” magnetic environment that can challenge compass accuracy. However, our DMC technology compensates for static or fixed disturbances with ease. The real test comes with dynamic, unstable magnetic fields caused by electric motors or other equipment. Even so, our experience shows that achieving accuracies of around one degree is possible in vehicles. 💡 🔍 Got questions about integrating a compass? We’re here to support you! #PrecisionMatters #VehicleNavigation #DigitalMagnetics #OEMSensingSolutions #HighPerformance #TechnologyInnovation #Ultisense #SmallThingsMakeAWorldOfDifference

Ready to simplify your integration process? Discover the Ultisense Integrator Kit and how it can transform your workflows. Visit our website to explore its features and capabilities in detail: ➡ https://lnkd.in/epjthphH #TechnologyInnovation #PrecisionEngineering #Ultisense #IntegratorKit #TechForProfessionals #SolutionsThatWork #EfficiencyFirst #SeamlessIntegration

Read our latest article and discover how our state-of-the-art production techniques ensure top-notch quality in every product we deliver. #article #Ultisense #production #oemsolution #lrf #magneticcompass #quality

Extended Power with Class 3B Laser. Discover the enhanced performance of our LRF 7047 with Class 3B Laser! Learn how this innovation improves range and precision. Read more! https://lnkd.in/eP5_69MX

Alternative Alignment Methods for LRF Modules When Collimators Aren't Available When precision tools like cameras or collimators aren't on hand, aligning your Laser Range Finder (LRF) module can be a challenge. 👀 Here are some practical methods to keep you on target: 1️⃣. Utilizing Distant Targets: ◾ Find a Reference Point: Place a vertical and horizontal pole approximately 200 meters away, or select a natural landmark like a chimney. ◾ Horizontal Alignment: Continuously measure while adjusting the horizontal orientation until the laser hits the target and returns the correct distance. Center your camera or binoculars to this position. ◾ Vertical Alignment: Repeat the process in the vertical plane and adjust accordingly. ❗ This method provides a quick, rough alignment suitable for basic testing. For optimal range and accuracy, using a collimator with a camera is still recommended. 2️⃣. Using Laser Viewing Cards: ◾ Make the Invisible Visible: Laser viewing cards have a photosensitive area that emits a visible spot where the laser beam strikes. ◾ Easy Boresighting: Align your camera or binoculars to the visible spot for straightforward boresighting. ❗ This technique is most effective when the laser viewing card is close to the LRF module and works with lasers emitting at 1550 nm wavelength, or 830 nm if using our integrated coaxial laser pointer. Stay efficient in the field with these alternative alignment techniques! 👉 For more insights on maximizing your LRF module's capabilities, visit our website or reach out to our team.

Have you checked out our blog? 🌐 Discover exciting insights about our products and the people behind them. Learn more about innovations, technologies, and the passion that drives our team! 👉 Find out more here: https://lnkd.in/eUExtK5t P.S.: Don't want to miss anything? Subscribe to our newsletter and stay up-to-date! 📨 #Innovation #Technology #Products #Ultisense #SafranVectronix

Don't be misled by Extinction Ratio alone! When it comes to evaluating Laser Rangefinder performance, it's crucial to consider other key parameters like beam divergence and quality. Discover why a comprehensive approach to performance measurement is essential for real-world applications. #Ultisense #LaserRangefinder #OpticalTechnology #BeamDivergence #EngineeringExcellence #PrecisionMeasurement #ExtinctionRatio

The Magnetic Disturber Detection (MDD) feature is designed to provide feedback on whether the compass is being influenced by external magnetic disturbances. When activated, the DMC (Directional Magnetic Compass) displays a "Probability Value" as a percentage. This value is calculated based on historical data, specifically from the last 12-point compensation procedure, and it indicates whether a current measurement is likely disturbed beyond a specified threshold. This functionality is crucial for maintaining the accuracy and reliability of directional measurements in varying environments. #Ultisense #MagneticDisturberDetection #NavigationTechnology #CompassAccuracy #MagneticDisturbance #DataDrivenNavigation #PrecisionNavigation #TechInnovation

Overcoming Complex Magnetic Influences with the DMC pico's SSC Feature Navigating through unseen magnetic influences can disrupt the accuracy of your navigation systems. At Ultisense, we address these challenges with our DMC pico, equipped with the System State Compensation (SSC) feature. This solution is designed to mitigate the complexities of magnetic interferences, ensuring precise north finding even in intricate environments. Our Digital Magnetic Compasses (DMC) often face numerous magnetic influences within complex host systems, leading to inaccuracies. The SSC feature integrated into the DMC pico neutralizes these effects, enhancing navigation reliability. 🔍 Key Highlights: ✅ Efficient Neutralization: The SSC feature in the DMC pico compensates for magnetic effects from hard and soft magnetic materials, ensuring accurate north direction. ✅ Versatile Integration: The DMC pico's SSC feature adapts seamlessly to various modes like Thermal Imaging, GPS, and Bluetooth. ✅ Easy Preparation: A simple 12-point compensation process prepares the DMC pico for various states, enhancing ease of use and efficiency. Learn more about how our DMC pico and its SSC feature can improve your system's performance. Visit our website to read the full article. 👉 https://lnkd.in/gAHFHPx6 Follow us for updates and insights into our technologies. #Ultisense #NavigationSolutions #DigitalMagneticCompass #SSC #TechnologyInnovation #MagneticInfluences

📢 Unlock the Full Potential of Your Laser Rangefinder (LRF) 📢 Understanding the performance of your LRF is crucial for maximizing its efficiency and reliability in any application. Our article delves into key factors influencing range performance: 🌦️ Weather Conditions: Discover how visibility parameters affect your measurements, with our standard visibility set at 25 km for clear conditions. 🎯 Target Characteristics: Learn why the size and reflectivity of your target matter. We adhere to NATO standards for accuracy. 📈 Continuous Measurement: Explore the benefits of higher repetition rates for tracking moving objects like drones, ensuring uninterrupted performance with our 24/7 LRF technology. 🔗 Read the full article on our website to optimize your LRF usage and get insights into achieving consistent, reliable measurements. 👉 https://lnkd.in/eYSdtB3v Follow us for more expert tips and stay updated on the latest in laser rangefinding technology! #Ulrisense #LaserRangefinder #LRF #Technology #Innovation #Drones #Measurement #WeatherConditions #TargetCharacteristics #ContinuousMeasurement #TechTrends