OndoSense
Our radar technology for distance measurement and collision avoidance enables reliable measurement results at all times. Even when optical sensor technologies reach their limits: e.g. B. in dirt, smoke, steam, rain, snow, poor lighting conditions, extreme temperatures or rough surfaces. Thanks to robust radar algorithms, our insensitive radar sensors are the ideal choice for challenging production environments.
- +49 761 4882 4693
- Bötzinger Str. 60
Freiburg, D-79111
Germany
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Radarlösungen für den Maschinen- und Anlagenbau
Mit OndoSense Radarsensoren steigern Sie die Produktivität Ihrer industriellen Anlagen, reduzieren ungeplante Wartungszeiten Ihrer Maschinen und automatisieren die Arbeitsprozesse in der Industrie 4.0.
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FMCW radar sensors - how they work
What are FMCW radar sensors? And how do they work? The vast majority of radar sensors for distance measurement or collision avoidance are based on the FMCW radar (Frequency-Modulated Continous Wave Radar). OndoSense relies on the latest FMCW radar technology and innovative FMCW radar algorithms.
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Radarlösung für Breitenmessung von Stahl & Metall
Die OndoSense Radarsensorlösung erfasst die Breite von bis zu 1600 Grad heißen Stahlplatten, Stahlbändern oder Stahlbrammen mit einer Genauigkeit von bis zu ±300 µm. Aufgrund robuster Radartechnik, ausgeklügelter Signalverarbeitung und smarter Radaralgorithmen bieten unsere Radarsensoren diese hohe Präzision in der Breitenmessung selbst in den extremen Produktionsumgebungen der Metall- und Stahlbranche.
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Distance Sensors - Functionality & How They Work
Distance sensors do not only measure the interval between the sensor and an object: A distance measurement sensor can determine fill levels, measure the dimensions of objects, check the positions of vehicles or objects and avoid collisions by detecting obstacles. In the industrial sector, more and more companies are using radar sensors for distance measurement. The reason: In comparison to an ultrasonic or laser distance sensor, radar sensors are able to measure reliably even in the presence of steam, smoke, dust, dirt, vibrations or extreme temperatures.
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Füllstandsmessung mit Radarsensoren
Radarsensoren sind bereits seit Langem in der Füllstandsmessung im Einsatz, weil sie auch bei Staub, Dampf, Rauch, extremen Temperaturen und starken Druckvariationen verlässlich messen. Mit der innovativen Radartechnologie von OndoSense ist Füllstandsmessung nun erstmals mit einer Messgenauigkeit im Mikrometerbereich in harschen Umgebungen möglich.
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Highly accurate width measurement of steel in the rolling mill
The highly accurate width measurement of semi-finished steel and metal products is of great importance for reliable product quality in the hot rolling mill.
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Radartechnologie für industriellen Einsatz
OndoSense wurde von anerkannten Fraunhofer-Radarexperten mit langjähriger Erfahrung in der Entwicklung industrieller Radarsensoren gegründet. Unsere Radarspezialisten verfügen über umfangreiche Expertise im Einsatz von Radarsensor-Technologie im industriellen Umfeld.
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Radar-Distanzsensoren: Anwendungen & Produkte
Radar-Abstandssensoren müssen leistungsstark sein, um auch in komplexen Industrieumgebungen stets genau und verlässlich zu messen. Aufgrund ihrer einmaligen Messpräzision und echtzeitfähigen Messrate eignen sich OndoSense Radar-Distanzsensoren ideal zur Automation in industriellen Anwendungen – selbst unter harschen Bedingungen.
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High-precision radar sensors for distance measurement, level measurement & collision avoidance
With our OndoSense apex and OndoSense reach radar sensors for distance measurement, level measurement & collision avoidance, you will benefit from the highest accuracy and measurement speed combined with an extremely robust radar technology for harsh industrial environments. The smart distance radar sensors provide great configuration features, a unique range of industrial applications and a wide measuring range.
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Radar solution for launder systems level
The precise level measurement of molten metal in the launder system guarantees a controlled, reliable filling of casting pits, casting ladles and casting molds. Our radar sensors measure the level of liquid steel, copper or aluminum in open or closed launder systems, channels or troughs with a measurement accuracy in the sub-millimeter range – even at a metal temperature of up to 1600 degrees Celsius.
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Radar solutions for mechanical engineering
With OndoSense radar sensors you will increase the productivity of your industrial systems, reduce unplanned maintenance times for your machines and automate the work processes in the Industry 4.0.
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Radarlösungen für die Metall- und Stahlindustrie
Unsere verlässlichen Radarsensoren ermöglichen eine hochpräzise Breitenmessung und Dickenmessung von Metall-Halbzeugen, eine kontaktlose Füllstandsmessung von flüssigem Metall sowie eine exakte Stahlband-Positionierung in der Beschichtungsanlage.
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Radar solution for width measurement of steel & metal
The OndoSense radar sensor solution determines the width of steel plates, steel strips or steel slabs (up to 1600 °C hot) with an accuracy of up to ±300 µm. Thanks to robust radar technology, sophisticated signal processing and smart radar algorithms, our radar sensors offer this high precision in width measurement even in the extreme production environments of the metal and steel industry.
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Radar solution for fill level in DC & die casting
For quality control in DC casting (direct chill casting) and die casting, a continuous, high-precision level control of the steel and aluminum melt in the casting pit is required. Our radar sensors measure the filling level of molten steel, copper or aluminum in DC casting with a measurement accuracy in the sub-millimeter range – even at metal temperatures of up to 1600 degrees Celsius.
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Radar level sensors: applications & products
Our radar level sensors offer reliable, fast level measurement with micrometer-level accuracy. This opens up new applications for level measurement – for example, in the level control of molten steel or aluminum for the metal industry or in the high-precision flow measurement of bulk material on conveyor belts for the mining industry.
