Articles & mentions. Artikel & Erwähnungen. Artykuły i wzmianki. Articoli e citazioni. Articles & citations. Artículos y menciones. Artigos e menções.
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OWL EYE® in action — Industrial 3D-LiDAR on YouTubeOWL EYE® im Einsatz — Industrielles 3D-LiDAR auf YouTubeOWL EYE® in action — Industrial 3D-LiDAR on YouTubeOWL EYE® in action — Industrial 3D-LiDAR on YouTubeOWL EYE® in action — Industrial 3D-LiDAR on YouTubeOWL EYE® in action — Industrial 3D-LiDAR on YouTubeOWL EYE® in action — Industrial 3D-LiDAR on YouTube
Short video on YouTube: how OWL EYE® measures bulk materials on stockpiles, conveyor belts and inside bunkers contactlessly — continuously, at ± 1 % accuracy, turn-key. Real footage from live industrial sites in Germany. Kurzes Video auf YouTube: Wie OWL EYE® Schüttgut auf Halden, Förderbändern und in Bunkern berührungslos vermisst — kontinuierlich, ± 1 % Genauigkeit, schlüsselfertig. Praktische Aufnahmen aus laufenden Industrieanlagen in Deutschland. Short video on YouTube: how OWL EYE® measures bulk materials on stockpiles, conveyor belts and inside bunkers contactlessly — continuously, at ± 1 % accuracy, turn-key. Real footage from live industrial sites in Germany. Short video on YouTube: how OWL EYE® measures bulk materials on stockpiles, conveyor belts and inside bunkers contactlessly — continuously, at ± 1 % accuracy, turn-key. Real footage from live industrial sites in Germany. Short video on YouTube: how OWL EYE® measures bulk materials on stockpiles, conveyor belts and inside bunkers contactlessly — continuously, at ± 1 % accuracy, turn-key. Real footage from live industrial sites in Germany. Short video on YouTube: how OWL EYE® measures bulk materials on stockpiles, conveyor belts and inside bunkers contactlessly — continuously, at ± 1 % accuracy, turn-key. Real footage from live industrial sites in Germany. Short video on YouTube: how OWL EYE® measures bulk materials on stockpiles, conveyor belts and inside bunkers contactlessly — continuously, at ± 1 % accuracy, turn-key. Real footage from live industrial sites in Germany.
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LiDAR makes bulk-material storage transparent — Sachtleben Tech in WELTLiDAR macht Schüttgutlager transparent — Sachtleben Tech in WELTLiDAR makes bulk-material storage transparent — Sachtleben Tech in WELTLiDAR makes bulk-material storage transparent — Sachtleben Tech in WELTLiDAR makes bulk-material storage transparent — Sachtleben Tech in WELTLiDAR makes bulk-material storage transparent — Sachtleben Tech in WELTLiDAR makes bulk-material storage transparent — Sachtleben Tech in WELT
Innovation Germany in WELT features OWL EYE® and the digitalisation of bulk storage: 3D-LiDAR sensors measure stockpiles, silos and conveyor belts contactlessly and in real time. With an accuracy of over 99 percent the system replaces manual inventories and provides a digital foundation for bulk inventory management and Industry-4.0 applications. Innovation Deutschland in der WELT berichtet über OWL EYE® und die Digitalisierung der Schüttgutwelt: 3D-LiDAR-Sensoren vermessen Halden, Silos und Förderbänder berührungslos und in Echtzeit. Mit einer Genauigkeit von über 99 Prozent ersetzt das System manuelle Inventuren und liefert eine digitale Grundlage für Bestandsführung und Industrie-4.0-Anwendungen. Innovation Germany in WELT features OWL EYE® and the digitalisation of bulk storage: 3D-LiDAR sensors measure stockpiles, silos and conveyor belts contactlessly and in real time. With an accuracy of over 99 percent the system replaces manual inventories and provides a digital foundation for bulk inventory management and Industry-4.0 applications. Innovation Germany in WELT features OWL EYE® and the digitalisation of bulk storage: 3D-LiDAR sensors measure stockpiles, silos and conveyor belts contactlessly and in real time. With an accuracy of over 99 percent the system replaces manual inventories and provides a digital foundation for bulk inventory management and Industry-4.0 applications. Innovation Germany in WELT features OWL EYE® and the digitalisation of bulk storage: 3D-LiDAR sensors measure stockpiles, silos and conveyor belts contactlessly and in real time. With an accuracy of over 99 percent the system replaces manual inventories and provides a digital foundation for bulk inventory management and Industry-4.0 applications. Innovation Germany in WELT features OWL EYE® and the digitalisation of bulk storage: 3D-LiDAR sensors measure stockpiles, silos and conveyor belts contactlessly and in real time. With an accuracy of over 99 percent the system replaces manual inventories and provides a digital foundation for bulk inventory management and Industry-4.0 applications. Innovation Germany in WELT features OWL EYE® and the digitalisation of bulk storage: 3D-LiDAR sensors measure stockpiles, silos and conveyor belts contactlessly and in real time. With an accuracy of over 99 percent the system replaces manual inventories and provides a digital foundation for bulk inventory management and Industry-4.0 applications.
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From Inventory Data to Control — Stockpile Measurement and Process DigitalisationVon Bestand zu Steuerung — Schüttgut messen und Prozesse digitalisierenFrom Inventory Data to Control — Stockpile Measurement and Process DigitalisationFrom Inventory Data to Control — Stockpile Measurement and Process DigitalisationFrom Inventory Data to Control — Stockpile Measurement and Process DigitalisationFrom Inventory Data to Control — Stockpile Measurement and Process DigitalisationFrom Inventory Data to Control — Stockpile Measurement and Process Digitalisation
Together with our partner Axians IAS we walk through how 3D-LiDAR captures stockpile, conveyor and bunker measurements contactlessly and feeds the data straight into your SCADA, MES and ERP processes — from point cloud to SAP material posting. With live demos, K+S and Nordzucker references, and Q&A. Gemeinsam mit unserem Partner Axians IAS zeigen wir, wie Sie Schüttgut auf Halden, Förderbändern und in Bunkern berührungslos messen und die Daten direkt in Ihre SCADA-, MES- und ERP-Prozesse einbinden — vom 3D-LiDAR-Punkt bis zur SAP-Buchung. Mit Live-Demos, K+S- und Nordzucker- Referenzen und Frage-Antwort. Together with our partner Axians IAS we walk through how 3D-LiDAR captures stockpile, conveyor and bunker measurements contactlessly and feeds the data straight into your SCADA, MES and ERP processes — from point cloud to SAP material posting. With live demos, K+S and Nordzucker references, and Q&A. Together with our partner Axians IAS we walk through how 3D-LiDAR captures stockpile, conveyor and bunker measurements contactlessly and feeds the data straight into your SCADA, MES and ERP processes — from point cloud to SAP material posting. With live demos, K+S and Nordzucker references, and Q&A. Together with our partner Axians IAS we walk through how 3D-LiDAR captures stockpile, conveyor and bunker measurements contactlessly and feeds the data straight into your SCADA, MES and ERP processes — from point cloud to SAP material posting. With live demos, K+S and Nordzucker references, and Q&A. Together with our partner Axians IAS we walk through how 3D-LiDAR captures stockpile, conveyor and bunker measurements contactlessly and feeds the data straight into your SCADA, MES and ERP processes — from point cloud to SAP material posting. With live demos, K+S and Nordzucker references, and Q&A. Together with our partner Axians IAS we walk through how 3D-LiDAR captures stockpile, conveyor and bunker measurements contactlessly and feeds the data straight into your SCADA, MES and ERP processes — from point cloud to SAP material posting. With live demos, K+S and Nordzucker references, and Q&A.
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OWL EYE® brings real-time bulk-volume measurement to Polish processing plantsOWL EYE® bringt Echtzeit-Volumenmessung in polnische AufbereitungsbetriebeOWL EYE® brings real-time bulk-volume measurement to Polish processing plantsOWL EYE® brings real-time bulk-volume measurement to Polish processing plantsOWL EYE® brings real-time bulk-volume measurement to Polish processing plantsOWL EYE® brings real-time bulk-volume measurement to Polish processing plantsOWL EYE® brings real-time bulk-volume measurement to Polish processing plants
Powder & Bulk Poland reports on Sachtleben Technology's growing footprint in Central and Eastern Europe, with OWL EYE® LiDAR installations now running across cement, aggregates and recycling sites. The piece highlights the retrofit-friendly mounting and the local-language dashboard. Powder & Bulk Poland berichtet über die wachsende Präsenz von Sachtleben Technology in Mittel- und Osteuropa: OWL EYE®-LiDAR-Installationen laufen inzwischen in Zement-, Zuschlagstoff- und Recyclingbetrieben. Der Beitrag hebt die nachrüstfreundliche Montage und das lokalisierte Dashboard hervor. Powder & Bulk Poland reports on Sachtleben Technology's growing footprint in Central and Eastern Europe, with OWL EYE® LiDAR installations now running across cement, aggregates and recycling sites. The piece highlights the retrofit-friendly mounting and the local-language dashboard. Powder & Bulk Poland reports on Sachtleben Technology's growing footprint in Central and Eastern Europe, with OWL EYE® LiDAR installations now running across cement, aggregates and recycling sites. The piece highlights the retrofit-friendly mounting and the local-language dashboard. Powder & Bulk Poland reports on Sachtleben Technology's growing footprint in Central and Eastern Europe, with OWL EYE® LiDAR installations now running across cement, aggregates and recycling sites. The piece highlights the retrofit-friendly mounting and the local-language dashboard. Powder & Bulk Poland reports on Sachtleben Technology's growing footprint in Central and Eastern Europe, with OWL EYE® LiDAR installations now running across cement, aggregates and recycling sites. The piece highlights the retrofit-friendly mounting and the local-language dashboard. Powder & Bulk Poland reports on Sachtleben Technology's growing footprint in Central and Eastern Europe, with OWL EYE® LiDAR installations now running across cement, aggregates and recycling sites. The piece highlights the retrofit-friendly mounting and the local-language dashboard.
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OWL EYE® on the conveyor belt — measured throughput in 04/2025OWL EYE® am Förderband — gemessener Durchsatz in 04/2025OWL EYE® on the conveyor belt — measured throughput in 04/2025OWL EYE® on the conveyor belt — measured throughput in 04/2025OWL EYE® on the conveyor belt — measured throughput in 04/2025OWL EYE® on the conveyor belt — measured throughput in 04/2025OWL EYE® on the conveyor belt — measured throughput in 04/2025
Schüttgut Praxis 04/2025 features the latest generation of the OWL EYE® conveyor sensor. The article walks through accuracy figures from a recent cement-plant installation and explains the calibration workflow that an operator can run in under fifteen minutes. Schüttgut Praxis 04/2025 stellt die neueste Generation des OWL EYE®- Bandsensors vor. Der Beitrag berichtet über Genauigkeitswerte aus einer aktuellen Zementwerks-Installation und erläutert den Kalibrier-Workflow, den ein Bediener in weniger als fünfzehn Minuten durchläuft. Schüttgut Praxis 04/2025 features the latest generation of the OWL EYE® conveyor sensor. The article walks through accuracy figures from a recent cement-plant installation and explains the calibration workflow that an operator can run in under fifteen minutes. Schüttgut Praxis 04/2025 features the latest generation of the OWL EYE® conveyor sensor. The article walks through accuracy figures from a recent cement-plant installation and explains the calibration workflow that an operator can run in under fifteen minutes. Schüttgut Praxis 04/2025 features the latest generation of the OWL EYE® conveyor sensor. The article walks through accuracy figures from a recent cement-plant installation and explains the calibration workflow that an operator can run in under fifteen minutes. Schüttgut Praxis 04/2025 features the latest generation of the OWL EYE® conveyor sensor. The article walks through accuracy figures from a recent cement-plant installation and explains the calibration workflow that an operator can run in under fifteen minutes. Schüttgut Praxis 04/2025 features the latest generation of the OWL EYE® conveyor sensor. The article walks through accuracy figures from a recent cement-plant installation and explains the calibration workflow that an operator can run in under fifteen minutes.
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Continuous bulk-volume measurement on conveyors with OWL EYE®Kontinuierliche Schüttgut-Volumenmessung auf Förderbändern mit OWL EYE®Continuous bulk-volume measurement on conveyors with OWL EYE®Continuous bulk-volume measurement on conveyors with OWL EYE®Continuous bulk-volume measurement on conveyors with OWL EYE®Continuous bulk-volume measurement on conveyors with OWL EYE®Continuous bulk-volume measurement on conveyors with OWL EYE®
The VKS KuSt-Zeitschrift presents a field report on continuous LiDAR-based volume measurement on belt conveyors. Sachtleben Technology shows how the OWL EYE® system delivers shift-by-shift throughput figures without interrupting production. Die VKS KuSt-Zeitschrift bringt einen Praxisbericht zur kontinuierlichen LiDAR-basierten Volumenmessung auf Bandanlagen. Sachtleben Technology zeigt, wie das OWL EYE®-System schichtgenaue Durchsatzwerte liefert — ohne den laufenden Betrieb zu unterbrechen. The VKS KuSt-Zeitschrift presents a field report on continuous LiDAR-based volume measurement on belt conveyors. Sachtleben Technology shows how the OWL EYE® system delivers shift-by-shift throughput figures without interrupting production. The VKS KuSt-Zeitschrift presents a field report on continuous LiDAR-based volume measurement on belt conveyors. Sachtleben Technology shows how the OWL EYE® system delivers shift-by-shift throughput figures without interrupting production. The VKS KuSt-Zeitschrift presents a field report on continuous LiDAR-based volume measurement on belt conveyors. Sachtleben Technology shows how the OWL EYE® system delivers shift-by-shift throughput figures without interrupting production. The VKS KuSt-Zeitschrift presents a field report on continuous LiDAR-based volume measurement on belt conveyors. Sachtleben Technology shows how the OWL EYE® system delivers shift-by-shift throughput figures without interrupting production. The VKS KuSt-Zeitschrift presents a field report on continuous LiDAR-based volume measurement on belt conveyors. Sachtleben Technology shows how the OWL EYE® system delivers shift-by-shift throughput figures without interrupting production.
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Leading the way with LiDAR — real-time material flow with OWL EYE®Vorreiter mit LiDAR — Echtzeit-Materialfluss mit OWL EYE®Leading the way with LiDAR — real-time material flow with OWL EYE®Leading the way with LiDAR — real-time material flow with OWL EYE®Leading the way with LiDAR — real-time material flow with OWL EYE®Leading the way with LiDAR — real-time material flow with OWL EYE®Leading the way with LiDAR — real-time material flow with OWL EYE®
A long-form feature on how OWL EYE® turns conveyor belts into a continuous measurement layer. The article walks through a cement-plant installation, shows the dashboard that operators see and explains why LiDAR succeeds where belt scales and ultrasonic sensors struggle. Ein ausführlicher Beitrag dazu, wie OWL EYE® aus Förderbändern eine kontinuierliche Mess-Schicht macht. Der Artikel beschreibt eine Installation in einem Zementwerk, zeigt das Dashboard, das die Bediener sehen, und erläutert, warum LiDAR dort erfolgreich ist, wo Bandwaagen und Ultraschallsensoren an ihre Grenzen stoßen. A long-form feature on how OWL EYE® turns conveyor belts into a continuous measurement layer. The article walks through a cement-plant installation, shows the dashboard that operators see and explains why LiDAR succeeds where belt scales and ultrasonic sensors struggle. A long-form feature on how OWL EYE® turns conveyor belts into a continuous measurement layer. The article walks through a cement-plant installation, shows the dashboard that operators see and explains why LiDAR succeeds where belt scales and ultrasonic sensors struggle. A long-form feature on how OWL EYE® turns conveyor belts into a continuous measurement layer. The article walks through a cement-plant installation, shows the dashboard that operators see and explains why LiDAR succeeds where belt scales and ultrasonic sensors struggle. A long-form feature on how OWL EYE® turns conveyor belts into a continuous measurement layer. The article walks through a cement-plant installation, shows the dashboard that operators see and explains why LiDAR succeeds where belt scales and ultrasonic sensors struggle. A long-form feature on how OWL EYE® turns conveyor belts into a continuous measurement layer. The article walks through a cement-plant installation, shows the dashboard that operators see and explains why LiDAR succeeds where belt scales and ultrasonic sensors struggle.
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The OWL EYE® info system — turning a point cloud into a daily decisionDas OWL EYE®-Infosystem — von der Punktwolke zur täglichen EntscheidungThe OWL EYE® info system — turning a point cloud into a daily decisionThe OWL EYE® info system — turning a point cloud into a daily decisionThe OWL EYE® info system — turning a point cloud into a daily decisionThe OWL EYE® info system — turning a point cloud into a daily decisionThe OWL EYE® info system — turning a point cloud into a daily decision
A trade-press feature on the software side of OWL EYE®: dashboards, alerts, reports and the open API that feeds the figures into ERP, MES and BI tools. The piece shows how operators, plant managers and dispatch each get the view they need from the same point cloud. Ein Fachbeitrag zur Software-Seite von OWL EYE®: Dashboards, Alarme, Reports und die offene API, über die die Werte in ERP-, MES- und BI-Systeme fließen. Der Beitrag zeigt, wie Bediener, Werksleitung und Disposition aus derselben Punktwolke jeweils die für sie passende Sicht erhalten. A trade-press feature on the software side of OWL EYE®: dashboards, alerts, reports and the open API that feeds the figures into ERP, MES and BI tools. The piece shows how operators, plant managers and dispatch each get the view they need from the same point cloud. A trade-press feature on the software side of OWL EYE®: dashboards, alerts, reports and the open API that feeds the figures into ERP, MES and BI tools. The piece shows how operators, plant managers and dispatch each get the view they need from the same point cloud. A trade-press feature on the software side of OWL EYE®: dashboards, alerts, reports and the open API that feeds the figures into ERP, MES and BI tools. The piece shows how operators, plant managers and dispatch each get the view they need from the same point cloud. A trade-press feature on the software side of OWL EYE®: dashboards, alerts, reports and the open API that feeds the figures into ERP, MES and BI tools. The piece shows how operators, plant managers and dispatch each get the view they need from the same point cloud. A trade-press feature on the software side of OWL EYE®: dashboards, alerts, reports and the open API that feeds the figures into ERP, MES and BI tools. The piece shows how operators, plant managers and dispatch each get the view they need from the same point cloud.
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OWL EYE® and VAS — measurement and visualisation of bulk material in one systemOWL EYE® und VAS — Messung und Visualisierung von Schüttgut in einem SystemOWL EYE® and VAS — measurement and visualisation of bulk material in one systemOWL EYE® and VAS — measurement and visualisation of bulk material in one systemOWL EYE® and VAS — measurement and visualisation of bulk material in one systemOWL EYE® and VAS — measurement and visualisation of bulk material in one systemOWL EYE® and VAS — measurement and visualisation of bulk material in one system
AT Minerals describes how the OWL EYE® sensor pairs with Sachtleben Technology's Volume Analysis Software (VAS) to deliver tonnage figures, 3D pile views and trend charts in a single browser dashboard. Operators see what's on site, what changed and what's flowing — without leaving the control room. AT Minerals beschreibt, wie der OWL EYE®-Sensor zusammen mit der Volume Analysis Software (VAS) von Sachtleben Technology Tonnenwerte, 3D-Halden ansichten und Trend-Charts in einem einzigen Browser-Dashboard liefert. Bediener sehen, was auf dem Gelände liegt, was sich verändert hat und was fließt — ohne den Leitstand zu verlassen. AT Minerals describes how the OWL EYE® sensor pairs with Sachtleben Technology's Volume Analysis Software (VAS) to deliver tonnage figures, 3D pile views and trend charts in a single browser dashboard. Operators see what's on site, what changed and what's flowing — without leaving the control room. AT Minerals describes how the OWL EYE® sensor pairs with Sachtleben Technology's Volume Analysis Software (VAS) to deliver tonnage figures, 3D pile views and trend charts in a single browser dashboard. Operators see what's on site, what changed and what's flowing — without leaving the control room. AT Minerals describes how the OWL EYE® sensor pairs with Sachtleben Technology's Volume Analysis Software (VAS) to deliver tonnage figures, 3D pile views and trend charts in a single browser dashboard. Operators see what's on site, what changed and what's flowing — without leaving the control room. AT Minerals describes how the OWL EYE® sensor pairs with Sachtleben Technology's Volume Analysis Software (VAS) to deliver tonnage figures, 3D pile views and trend charts in a single browser dashboard. Operators see what's on site, what changed and what's flowing — without leaving the control room. AT Minerals describes how the OWL EYE® sensor pairs with Sachtleben Technology's Volume Analysis Software (VAS) to deliver tonnage figures, 3D pile views and trend charts in a single browser dashboard. Operators see what's on site, what changed and what's flowing — without leaving the control room.
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OWL EYE® for gypsum producers — sticky, dusty, measured anywayOWL EYE® für die Gips-Industrie — klebrig, staubig, trotzdem gemessenOWL EYE® for gypsum producers — sticky, dusty, measured anywayOWL EYE® for gypsum producers — sticky, dusty, measured anywayOWL EYE® for gypsum producers — sticky, dusty, measured anywayOWL EYE® for gypsum producers — sticky, dusty, measured anywayOWL EYE® for gypsum producers — sticky, dusty, measured anyway
An application brief covering the specific challenges of gypsum: stickiness, dust and rapid pile reshaping. OWL EYE® uses a 905 nm LiDAR with built-in wash-down nozzles and a noise-filter pipeline that holds up where optical sensors quickly fog over. Eine Anwendungsbeschreibung zu den besonderen Herausforderungen bei Gips: Klebrigkeit, Staub und schnell wechselnde Haldenform. OWL EYE® arbeitet mit einem 905-nm-LiDAR mit integrierter Reinigungs-Düse und einer Noise-Filter- Pipeline, die dort standhält, wo optische Sensoren schnell beschlagen. An application brief covering the specific challenges of gypsum: stickiness, dust and rapid pile reshaping. OWL EYE® uses a 905 nm LiDAR with built-in wash-down nozzles and a noise-filter pipeline that holds up where optical sensors quickly fog over. An application brief covering the specific challenges of gypsum: stickiness, dust and rapid pile reshaping. OWL EYE® uses a 905 nm LiDAR with built-in wash-down nozzles and a noise-filter pipeline that holds up where optical sensors quickly fog over. An application brief covering the specific challenges of gypsum: stickiness, dust and rapid pile reshaping. OWL EYE® uses a 905 nm LiDAR with built-in wash-down nozzles and a noise-filter pipeline that holds up where optical sensors quickly fog over. An application brief covering the specific challenges of gypsum: stickiness, dust and rapid pile reshaping. OWL EYE® uses a 905 nm LiDAR with built-in wash-down nozzles and a noise-filter pipeline that holds up where optical sensors quickly fog over. An application brief covering the specific challenges of gypsum: stickiness, dust and rapid pile reshaping. OWL EYE® uses a 905 nm LiDAR with built-in wash-down nozzles and a noise-filter pipeline that holds up where optical sensors quickly fog over.
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OWL EYE® in the cement industry — from clinker pile to truck loadingOWL EYE® in der Zementindustrie — von der Klinker-Halde bis zur LKW-VerladungOWL EYE® in the cement industry — from clinker pile to truck loadingOWL EYE® in the cement industry — from clinker pile to truck loadingOWL EYE® in the cement industry — from clinker pile to truck loadingOWL EYE® in the cement industry — from clinker pile to truck loadingOWL EYE® in the cement industry — from clinker pile to truck loading
An application brief on OWL EYE® across the cement value chain: clinker and raw-meal stockpiles, conveyor throughput and truck-loading verification. The brief shows where each measurement point sits, what data it produces and how the figures tie back to ERP and dispatch systems. Eine Anwendungsbeschreibung zu OWL EYE® entlang der Zement-Wertschöpfungs kette: Klinker- und Rohmehl-Halden, Förderband-Durchsatz und LKW-Verlade prüfung. Der Beitrag zeigt, wo jeder Messpunkt sitzt, welche Daten er erzeugt und wie die Werte in ERP- und Disposystemen ankommen. An application brief on OWL EYE® across the cement value chain: clinker and raw-meal stockpiles, conveyor throughput and truck-loading verification. The brief shows where each measurement point sits, what data it produces and how the figures tie back to ERP and dispatch systems. An application brief on OWL EYE® across the cement value chain: clinker and raw-meal stockpiles, conveyor throughput and truck-loading verification. The brief shows where each measurement point sits, what data it produces and how the figures tie back to ERP and dispatch systems. An application brief on OWL EYE® across the cement value chain: clinker and raw-meal stockpiles, conveyor throughput and truck-loading verification. The brief shows where each measurement point sits, what data it produces and how the figures tie back to ERP and dispatch systems. An application brief on OWL EYE® across the cement value chain: clinker and raw-meal stockpiles, conveyor throughput and truck-loading verification. The brief shows where each measurement point sits, what data it produces and how the figures tie back to ERP and dispatch systems. An application brief on OWL EYE® across the cement value chain: clinker and raw-meal stockpiles, conveyor throughput and truck-loading verification. The brief shows where each measurement point sits, what data it produces and how the figures tie back to ERP and dispatch systems.
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OWL EYE® in feed bunkers — fill levels you can actually trustOWL EYE® im Aufgabebunker — Füllstände, denen man wirklich trauen kannOWL EYE® in feed bunkers — fill levels you can actually trustOWL EYE® in feed bunkers — fill levels you can actually trustOWL EYE® in feed bunkers — fill levels you can actually trustOWL EYE® in feed bunkers — fill levels you can actually trustOWL EYE® in feed bunkers — fill levels you can actually trust
An own-publication application note on OWL EYE® for feed and surge bunkers. The piece explains why a 3D scan beats a single-point radar in irregular hopper geometries and shows the operator dashboard with live volume, free-board and refill-prediction. Eine Anwender-Information aus eigenem Hause zu OWL EYE® in Aufgabe- und Pufferbunkern. Der Beitrag erklärt, warum ein 3D-Scan einer Punktradar messung bei unregelmäßiger Trichtergeometrie überlegen ist, und zeigt das Bediener-Dashboard mit Live-Volumen, Freibord und Nachfüll-Prognose. An own-publication application note on OWL EYE® for feed and surge bunkers. The piece explains why a 3D scan beats a single-point radar in irregular hopper geometries and shows the operator dashboard with live volume, free-board and refill-prediction. An own-publication application note on OWL EYE® for feed and surge bunkers. The piece explains why a 3D scan beats a single-point radar in irregular hopper geometries and shows the operator dashboard with live volume, free-board and refill-prediction. An own-publication application note on OWL EYE® for feed and surge bunkers. The piece explains why a 3D scan beats a single-point radar in irregular hopper geometries and shows the operator dashboard with live volume, free-board and refill-prediction. An own-publication application note on OWL EYE® for feed and surge bunkers. The piece explains why a 3D scan beats a single-point radar in irregular hopper geometries and shows the operator dashboard with live volume, free-board and refill-prediction. An own-publication application note on OWL EYE® for feed and surge bunkers. The piece explains why a 3D scan beats a single-point radar in irregular hopper geometries and shows the operator dashboard with live volume, free-board and refill-prediction.
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Modular OWL EYE® platform — one sensor stack, every bulk applicationModulare OWL EYE®-Plattform — ein Sensor-Stack für jede Schüttgut-AnwendungModular OWL EYE® platform — one sensor stack, every bulk applicationModular OWL EYE® platform — one sensor stack, every bulk applicationModular OWL EYE® platform — one sensor stack, every bulk applicationModular OWL EYE® platform — one sensor stack, every bulk applicationModular OWL EYE® platform — one sensor stack, every bulk application
AT Minerals examines Sachtleben Technology's modular hardware platform: the same OWL EYE® core, configured per use case for stockpiles, conveyors, bunkers, truck terminals and mobile mapping. Modularity means one spare-parts pool and one dashboard across the whole plant. AT Minerals beleuchtet die modulare Hardware-Plattform von Sachtleben Technology: derselbe OWL EYE®-Kern, je nach Anwendung konfiguriert für Halden, Förderbänder, Bunker, Truck-Terminals und Mobile Mapping. Modularität heißt: ein Ersatzteilpool und ein Dashboard für die gesamte Anlage. AT Minerals examines Sachtleben Technology's modular hardware platform: the same OWL EYE® core, configured per use case for stockpiles, conveyors, bunkers, truck terminals and mobile mapping. Modularity means one spare-parts pool and one dashboard across the whole plant. AT Minerals examines Sachtleben Technology's modular hardware platform: the same OWL EYE® core, configured per use case for stockpiles, conveyors, bunkers, truck terminals and mobile mapping. Modularity means one spare-parts pool and one dashboard across the whole plant. AT Minerals examines Sachtleben Technology's modular hardware platform: the same OWL EYE® core, configured per use case for stockpiles, conveyors, bunkers, truck terminals and mobile mapping. Modularity means one spare-parts pool and one dashboard across the whole plant. AT Minerals examines Sachtleben Technology's modular hardware platform: the same OWL EYE® core, configured per use case for stockpiles, conveyors, bunkers, truck terminals and mobile mapping. Modularity means one spare-parts pool and one dashboard across the whole plant. AT Minerals examines Sachtleben Technology's modular hardware platform: the same OWL EYE® core, configured per use case for stockpiles, conveyors, bunkers, truck terminals and mobile mapping. Modularity means one spare-parts pool and one dashboard across the whole plant.
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OWL EYE® in steelworks — measuring scrap, slag and bulk additionsOWL EYE® im Stahlwerk — Messung von Schrott, Schlacke und Schüttgut-ZusätzenOWL EYE® in steelworks — measuring scrap, slag and bulk additionsOWL EYE® in steelworks — measuring scrap, slag and bulk additionsOWL EYE® in steelworks — measuring scrap, slag and bulk additionsOWL EYE® in steelworks — measuring scrap, slag and bulk additionsOWL EYE® in steelworks — measuring scrap, slag and bulk additions
Stahl Technik 1/2024 covers Sachtleben Technology's work in steel plants, where OWL EYE® measures scrap stockpiles, slag heaps and bulk-additive bunkers. The article highlights ATEX-compatible variants and the integration with existing crane-control systems. Stahl Technik 1/2024 berichtet über den Einsatz von Sachtleben Technology in Stahlwerken: OWL EYE® erfasst Schrott-Halden, Schlacke-Berge und Bunker für Schüttgut-Zusätze. Der Beitrag hebt die ATEX-kompatiblen Varianten und die Integration in bestehende Krananlagen-Steuerungen hervor. Stahl Technik 1/2024 covers Sachtleben Technology's work in steel plants, where OWL EYE® measures scrap stockpiles, slag heaps and bulk-additive bunkers. The article highlights ATEX-compatible variants and the integration with existing crane-control systems. Stahl Technik 1/2024 covers Sachtleben Technology's work in steel plants, where OWL EYE® measures scrap stockpiles, slag heaps and bulk-additive bunkers. The article highlights ATEX-compatible variants and the integration with existing crane-control systems. Stahl Technik 1/2024 covers Sachtleben Technology's work in steel plants, where OWL EYE® measures scrap stockpiles, slag heaps and bulk-additive bunkers. The article highlights ATEX-compatible variants and the integration with existing crane-control systems. Stahl Technik 1/2024 covers Sachtleben Technology's work in steel plants, where OWL EYE® measures scrap stockpiles, slag heaps and bulk-additive bunkers. The article highlights ATEX-compatible variants and the integration with existing crane-control systems. Stahl Technik 1/2024 covers Sachtleben Technology's work in steel plants, where OWL EYE® measures scrap stockpiles, slag heaps and bulk-additive bunkers. The article highlights ATEX-compatible variants and the integration with existing crane-control systems.
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OWL EYE® in process engineering — measurement that closes the loopOWL EYE® in der Verfahrenstechnik — Messung, die den Regelkreis schließtOWL EYE® in process engineering — measurement that closes the loopOWL EYE® in process engineering — measurement that closes the loopOWL EYE® in process engineering — measurement that closes the loopOWL EYE® in process engineering — measurement that closes the loopOWL EYE® in process engineering — measurement that closes the loop
Verfahrenstechnik 12/2023 looks at OWL EYE® in the broader context of process automation: when a continuous volume measurement closes the control loop, throughput stabilises, scales drift less and dispatchers stop arguing with operators about what's actually on site. Verfahrenstechnik 12/2023 betrachtet OWL EYE® im weiteren Kontext der Prozessautomatisierung: Wenn eine kontinuierliche Volumenmessung den Regelkreis schließt, stabilisiert sich der Durchsatz, Waagen driften weniger und die Disposition diskutiert nicht mehr mit dem Betrieb über den tatsächlichen Lagerbestand. Verfahrenstechnik 12/2023 looks at OWL EYE® in the broader context of process automation: when a continuous volume measurement closes the control loop, throughput stabilises, scales drift less and dispatchers stop arguing with operators about what's actually on site. Verfahrenstechnik 12/2023 looks at OWL EYE® in the broader context of process automation: when a continuous volume measurement closes the control loop, throughput stabilises, scales drift less and dispatchers stop arguing with operators about what's actually on site. Verfahrenstechnik 12/2023 looks at OWL EYE® in the broader context of process automation: when a continuous volume measurement closes the control loop, throughput stabilises, scales drift less and dispatchers stop arguing with operators about what's actually on site. Verfahrenstechnik 12/2023 looks at OWL EYE® in the broader context of process automation: when a continuous volume measurement closes the control loop, throughput stabilises, scales drift less and dispatchers stop arguing with operators about what's actually on site. Verfahrenstechnik 12/2023 looks at OWL EYE® in the broader context of process automation: when a continuous volume measurement closes the control loop, throughput stabilises, scales drift less and dispatchers stop arguing with operators about what's actually on site.
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Continuous bulk-volume measurement in sugar production with OWL EYE®Kontinuierliche Schüttgut-Volumenmessung in der Zuckerproduktion mit OWL EYE®Continuous bulk-volume measurement in sugar production with OWL EYE®Continuous bulk-volume measurement in sugar production with OWL EYE®Continuous bulk-volume measurement in sugar production with OWL EYE®Continuous bulk-volume measurement in sugar production with OWL EYE®Continuous bulk-volume measurement in sugar production with OWL EYE®
Sugar Industry J48 (2023) reports on the OWL EYE® system in sugar campaigns, where beet, raw sugar and pulp pile up fast and need accurate continuous measurement. The peer-reviewed article presents accuracy figures from a full campaign and discusses dust- and humidity-handling. Sugar Industry J48 (2023) berichtet über den Einsatz von OWL EYE® in Zuckerkampagnen, wo Rüben, Rohzucker und Pülpe schnell anfallen und kontinuierlich genau gemessen werden müssen. Der begutachtete Beitrag zeigt Genauigkeitswerte aus einer vollständigen Kampagne und diskutiert Staub- und Feuchte-Handhabung. Sugar Industry J48 (2023) reports on the OWL EYE® system in sugar campaigns, where beet, raw sugar and pulp pile up fast and need accurate continuous measurement. The peer-reviewed article presents accuracy figures from a full campaign and discusses dust- and humidity-handling. Sugar Industry J48 (2023) reports on the OWL EYE® system in sugar campaigns, where beet, raw sugar and pulp pile up fast and need accurate continuous measurement. The peer-reviewed article presents accuracy figures from a full campaign and discusses dust- and humidity-handling. Sugar Industry J48 (2023) reports on the OWL EYE® system in sugar campaigns, where beet, raw sugar and pulp pile up fast and need accurate continuous measurement. The peer-reviewed article presents accuracy figures from a full campaign and discusses dust- and humidity-handling. Sugar Industry J48 (2023) reports on the OWL EYE® system in sugar campaigns, where beet, raw sugar and pulp pile up fast and need accurate continuous measurement. The peer-reviewed article presents accuracy figures from a full campaign and discusses dust- and humidity-handling. Sugar Industry J48 (2023) reports on the OWL EYE® system in sugar campaigns, where beet, raw sugar and pulp pile up fast and need accurate continuous measurement. The peer-reviewed article presents accuracy figures from a full campaign and discusses dust- and humidity-handling.
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LiDAR meets logistics — OWL EYE® at the bulk-terminal interfaceLiDAR trifft Logistik — OWL EYE® an der Schüttgut-Terminal-SchnittstelleLiDAR meets logistics — OWL EYE® at the bulk-terminal interfaceLiDAR meets logistics — OWL EYE® at the bulk-terminal interfaceLiDAR meets logistics — OWL EYE® at the bulk-terminal interfaceLiDAR meets logistics — OWL EYE® at the bulk-terminal interfaceLiDAR meets logistics — OWL EYE® at the bulk-terminal interface
Eurobulk reports on Sachtleben Technology's deployment of OWL EYE® LiDAR at bulk terminals where ship, rail and truck flows meet. The article focuses on load verification, cycle-time tracking and the audit trail produced by the 3D scan. Eurobulk berichtet über den Einsatz von OWL EYE®-LiDAR von Sachtleben Technology an Schüttgut-Terminals, an denen Schiffs-, Bahn- und LKW-Verkehr zusammentreffen. Der Beitrag konzentriert sich auf Ladungsprüfung, Zykluszeit-Erfassung und den durch den 3D-Scan erzeugten Audit-Trail. Eurobulk reports on Sachtleben Technology's deployment of OWL EYE® LiDAR at bulk terminals where ship, rail and truck flows meet. The article focuses on load verification, cycle-time tracking and the audit trail produced by the 3D scan. Eurobulk reports on Sachtleben Technology's deployment of OWL EYE® LiDAR at bulk terminals where ship, rail and truck flows meet. The article focuses on load verification, cycle-time tracking and the audit trail produced by the 3D scan. Eurobulk reports on Sachtleben Technology's deployment of OWL EYE® LiDAR at bulk terminals where ship, rail and truck flows meet. The article focuses on load verification, cycle-time tracking and the audit trail produced by the 3D scan. Eurobulk reports on Sachtleben Technology's deployment of OWL EYE® LiDAR at bulk terminals where ship, rail and truck flows meet. The article focuses on load verification, cycle-time tracking and the audit trail produced by the 3D scan. Eurobulk reports on Sachtleben Technology's deployment of OWL EYE® LiDAR at bulk terminals where ship, rail and truck flows meet. The article focuses on load verification, cycle-time tracking and the audit trail produced by the 3D scan.
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From point cloud to KPI — bulk-material measurement on the conveyorVon der Punktwolke zur Kennzahl — Schüttgut-Messung am FörderbandFrom point cloud to KPI — bulk-material measurement on the conveyorFrom point cloud to KPI — bulk-material measurement on the conveyorFrom point cloud to KPI — bulk-material measurement on the conveyorFrom point cloud to KPI — bulk-material measurement on the conveyorFrom point cloud to KPI — bulk-material measurement on the conveyor
An earlier piece in the VKS KuSt-Zeitschrift on Sachtleben Technology's approach to belt-conveyor measurement. The article focuses on the data pipeline that turns the raw LiDAR point cloud into the few KPIs that production planning actually needs. Ein früherer Beitrag in der VKS KuSt-Zeitschrift zum Ansatz von Sachtleben Technology bei der Bandförderer-Messung. Der Artikel konzentriert sich auf die Daten-Pipeline, die aus der rohen LiDAR-Punktwolke die wenigen Kennzahlen macht, die die Produktionsplanung wirklich braucht. An earlier piece in the VKS KuSt-Zeitschrift on Sachtleben Technology's approach to belt-conveyor measurement. The article focuses on the data pipeline that turns the raw LiDAR point cloud into the few KPIs that production planning actually needs. An earlier piece in the VKS KuSt-Zeitschrift on Sachtleben Technology's approach to belt-conveyor measurement. The article focuses on the data pipeline that turns the raw LiDAR point cloud into the few KPIs that production planning actually needs. An earlier piece in the VKS KuSt-Zeitschrift on Sachtleben Technology's approach to belt-conveyor measurement. The article focuses on the data pipeline that turns the raw LiDAR point cloud into the few KPIs that production planning actually needs. An earlier piece in the VKS KuSt-Zeitschrift on Sachtleben Technology's approach to belt-conveyor measurement. The article focuses on the data pipeline that turns the raw LiDAR point cloud into the few KPIs that production planning actually needs. An earlier piece in the VKS KuSt-Zeitschrift on Sachtleben Technology's approach to belt-conveyor measurement. The article focuses on the data pipeline that turns the raw LiDAR point cloud into the few KPIs that production planning actually needs.
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OWL EYE® — LiDAR-based volume measurement comes to mineral processingOWL EYE® — LiDAR-basierte Volumenmessung in der MineralaufbereitungOWL EYE® — LiDAR-based volume measurement comes to mineral processingOWL EYE® — LiDAR-based volume measurement comes to mineral processingOWL EYE® — LiDAR-based volume measurement comes to mineral processingOWL EYE® — LiDAR-based volume measurement comes to mineral processingOWL EYE® — LiDAR-based volume measurement comes to mineral processing
AT Minerals introduces the OWL EYE® system from Sachtleben Technology and walks readers through the move from manual stockpile estimates to continuous 3D scanning. The article covers sensor selection, mounting and the dashboard software that turns the point cloud into a working tonnage figure. AT Minerals stellt das OWL EYE®-System von Sachtleben Technology vor und führt durch den Schritt von manueller Haldenschätzung zur kontinuierlichen 3D-Erfassung. Der Beitrag beschreibt Sensorwahl, Montage und die Dashboard-Software, die aus der Punktwolke eine belastbare Tonnenzahl macht. AT Minerals introduces the OWL EYE® system from Sachtleben Technology and walks readers through the move from manual stockpile estimates to continuous 3D scanning. The article covers sensor selection, mounting and the dashboard software that turns the point cloud into a working tonnage figure. AT Minerals introduces the OWL EYE® system from Sachtleben Technology and walks readers through the move from manual stockpile estimates to continuous 3D scanning. The article covers sensor selection, mounting and the dashboard software that turns the point cloud into a working tonnage figure. AT Minerals introduces the OWL EYE® system from Sachtleben Technology and walks readers through the move from manual stockpile estimates to continuous 3D scanning. The article covers sensor selection, mounting and the dashboard software that turns the point cloud into a working tonnage figure. AT Minerals introduces the OWL EYE® system from Sachtleben Technology and walks readers through the move from manual stockpile estimates to continuous 3D scanning. The article covers sensor selection, mounting and the dashboard software that turns the point cloud into a working tonnage figure. AT Minerals introduces the OWL EYE® system from Sachtleben Technology and walks readers through the move from manual stockpile estimates to continuous 3D scanning. The article covers sensor selection, mounting and the dashboard software that turns the point cloud into a working tonnage figure.
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First field results — OWL EYE® on long-distance conveyorsErste Felderfahrungen — OWL EYE® auf Langstrecken-FörderbändernFirst field results — OWL EYE® on long-distance conveyorsFirst field results — OWL EYE® on long-distance conveyorsFirst field results — OWL EYE® on long-distance conveyorsFirst field results — OWL EYE® on long-distance conveyorsFirst field results — OWL EYE® on long-distance conveyors
An early Schüttgut Praxis report on OWL EYE® field installations on long-distance overland conveyors. The article documents accuracy and availability figures from the first months of continuous operation and positions the system against traditional belt scales. Ein früher Beitrag in Schüttgut Praxis zu OWL EYE®-Feldinstallationen auf Langstrecken-Bandanlagen. Der Artikel dokumentiert Genauigkeits- und Verfügbarkeitswerte aus den ersten Monaten Dauerbetrieb und ordnet das System gegenüber klassischen Bandwaagen ein. An early Schüttgut Praxis report on OWL EYE® field installations on long-distance overland conveyors. The article documents accuracy and availability figures from the first months of continuous operation and positions the system against traditional belt scales. An early Schüttgut Praxis report on OWL EYE® field installations on long-distance overland conveyors. The article documents accuracy and availability figures from the first months of continuous operation and positions the system against traditional belt scales. An early Schüttgut Praxis report on OWL EYE® field installations on long-distance overland conveyors. The article documents accuracy and availability figures from the first months of continuous operation and positions the system against traditional belt scales. An early Schüttgut Praxis report on OWL EYE® field installations on long-distance overland conveyors. The article documents accuracy and availability figures from the first months of continuous operation and positions the system against traditional belt scales. An early Schüttgut Praxis report on OWL EYE® field installations on long-distance overland conveyors. The article documents accuracy and availability figures from the first months of continuous operation and positions the system against traditional belt scales.
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