HD-1500
Unser stärkster vollautonomer mobiler Roboter
Der HD-1500 verfügt über eine Nutzlast von 1.500 kg und ermöglicht es Kunden, auch schwerste Objekte zu führen und zu transportieren. Der für die industrielle Fertigung entwickelte Simulator reduziert den Bedarf an Gabelstaplern und erledigt mehr mit weniger Ausrüstung.
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Introducing OMRON HD-1500 Mobile Robot
Introducing OMRON’s strongest mobile robot: the HD-1500. The HD-1500 is an advanced autonomous mobile robot specifically designed to transport heavy payloads up to 1500 kilograms. The HD-1500 also represents innovations in mobile robotics. Its new architecture features lasers that provide 360-degree safety coverage, as well as an onboard programmable logic controller, or PLC, to easily interface with custom attachments. Heavier payloads, built-in controller, improved sensors, route planning and object avoidance, the OMRON HD-1500 autonomous mobile robot offers the most advanced performance and safety. Learn more:
03:00
Introducing OMRON HD-1500 Mobile Robot
Introducing OMRON’s strongest mobile robot: the HD-1500. The HD-1500 is an advanced autonomous mobile robot specifically designed to transport heavy payloads up to 1500 kilograms. The HD-1500 also represents innovations in mobile robotics. Its new architecture features lasers that provide 360-degree safety coverage, as well as an onboard programmable logic controller, or PLC, to easily interface with custom attachments. Heavier payloads, built-in controller, improved sensors, route planning and object avoidance, the OMRON HD-1500 autonomous mobile robot offers the most advanced performance and safety. Learn more:
Neuheit: Leistungsstarker mobiler Roboter HD-1500
Mit dem HD-1500 Nutzlasten von bis zu 1.500 Kilogramm transportieren
Features
Maximale Nutzlast beträgt 1.500 kg
Neue Jobs automatisieren
Die höhere Nutzlast erlaubt es Kunden, neue Aufgaben zu automatisieren, die bisher nicht möglich waren, etwa den Transport von palettengroßen Lasten, Motorblöcken und anderen Schwergütern und Geräten. Der HD-1500 kann auch Aufgaben automatisieren, die traditionell mit Gabelstaplern erledigt werden, wodurch das Verletzungsrisiko reduziert wird.
Die Lösung mit der höchsten Anpassung für Ihr Werk
Sicherheitsfunktionen
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1 360 º Sicherheitslaser
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2 Not-Halt
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3 Akustische Warnungen
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4 Optische LED-Warnungen
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5 Sicherheits-Laserscanner
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6 Hindernisvermeidung
Top Tipps für die Auswahl mobiler Roboter für schwere Lasten
Fünf Fragen, die sich Industrieunternehmen in Sachen autonome Materialtransporttechnologie stellen sollten
Technologie
Schnelles Aufladen des Akkus
- Laden von 5 % auf 80 % in 35 Minuten.
- 9 Stunden Betriebszeit mit voller Nutzlast.
- 12,5 Stunden Laufzeit ohne Last.
Sicherheit
2 x LIDAR-Laser, 2 x unterer Laser, 2 x Seitenlaser
Flexible Kartierung
Die mobilen Roboter von Omron tasten die Umgebung mit einem eingebauten Laser ab und erstellen eine Karte, die für die Navigation verwendet wird.
Die Navigationskarte kann in MobilePlanner bearbeitet werden:
- Hinzufügen von Abhol- und Ablieferungspunkten
- Hinzufügen von Sperrzonen
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Made-to-order production with an advanced fleet of mobile robots at VOLA
VOLA, a Danish manufacturer of luxury sanitary and kitchen fittings, has opened a new factory that incorporates a fleet of nine LD mobile robots from Omron. The new robot fleet works side-by-side with people, and is controlled by an advanced fleet management system. These have replaced roller conveyors, leading to a more flexible production and logistics set-up that matches the company’s single-piece production process, in which everything is produced to order.
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MobilePlanner
MobilePlanner von Omron ist eine PC-basierte Software zur Verwaltung des Roboters oder der Flotte.
- Erstellt und verteilt Karten für mobile Roboteranwendungen
- Bietet Konfigurationswerkzeuge für den Roboter zur Einstellung von Roboterparametern und Programmierung von Sensoren, Kameras usw.
- Weist Aufträge zu und plant Routen
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Omron Mobile Planner Tablet Edition - Intro
Introduction of the Omron Mobile Planner - an easy to use, portable, monitoring and control user interface tool for LD Mobile Robots.
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MobilePlanner Tablet
- Verwendung als Ruftaste: Anwender können einen Roboter durch einfachen Tastendruck an sechs vordefinierte Positionen schicken.
- Anzeige der Lasermesswerte des Roboters
- Schicken Sie Roboter zu ihren Ladepunkten oder an andere Punkte auf der Karte.
- Manuelle Steuerung der Roboter
- Behalten Sie Ihre Flotte in der gesamten Anlage überall und jederzeit im Blick.
- Auf einer farbkodierten Karte können Sie Position und Status der Roboter bequem überwachen.
FLOW Core - MobilePlanner Tablet Broschüre
Mobile Planner Tablet Prospekt
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FLOW - MobilePlanner Tablet
Monitor and control on the go MobilePlanner Tablet Edition is an easy to use interface designed for monitoring and controlling your mobile robot fleet from a tablet. With MobilePlanner Tablet Edition, users can localize or manually drive robots when needed, initiate the map making process, and monitor the robot fleet anytime from anywhere inside their facility. For more information visit our website:
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Optionale Autonomie
- Verbesserung der Zykluszeit um bis zu 15 % für Flotten in der Praxis. Der Umfang der Verbesserung kann je nach Anwendung größer sein.
- Weniger Staus in Durchgängen und engen Bereichen
- Weniger Geräte zur Verkehrssteuerung auf der Karte erforderlich
- Verbesserte Sicherheit der Menschen, die im selben Bereich arbeiten, dank gleichmäßigerer Bewegung der mobilen Roboter
FLOW Core Selectable Autonomy Broschüre
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OMRON's Mobile Robots - Selectable Autonomy
Choose your robot’s level of autonomy With the You can now choose when you want your Mobile Robot to move along the same path repeatedly, similar to the behavior of an Automated Guided Vehicle (AGV). Unlike AGV’s, OMRON’s advantage is enabled without any magnetic tape nor physical guides. For more information visit our website:
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Ausrichtungs-Positionierungssysteme
Cell Alignment Positioning System (CAPS)
- CAPS richtet unsere mobilen Roboter mit einer Positionsgenauigkeit von ±8mm und einer Rotationsgenauigkeit von ±1° auf Maschinen aus.
- Das System kann aus jedem Winkel herangefahren werden, sodass sich Kunden weder Gedanken über die Maschinenanordnung noch über die Kontur der Ladung machen müssen. Zudem kann das Andocken aus jeder Richtung erfolgen.
- Dank der Möglichkeit eines reibungsloseren und schnelleren Be- und Entladens des Materials trägt es außerdem zu einer kürzeren Taktzeit bei.
- CAPS ermöglicht einen Versatz pro Roboter, d. h. der Benutzer kann die geringfügigen Höhenunterschiede des Aufbaus innerhalb der Flotte durch Ändern der Parameter ausgleichen.
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OMRON FLOW Core - Cell Alignment Positioning System (CAPS)
-CAPS evaluates real-world features to effectively align robots for high accuracy drop-offs and pick-ups. -CAPS aligns our mobile robots with machinery at ±8mm position accuracy and ±1° rotation accuracy. -It can approach from any angle so that customers do not need to worry about floor layout, nor the shape of the load, and docking can be achieved from any direction. -Enables a smoother and quicker loading & unloading of material, contributing to a shorter cycle time. -CAPS allows an offset per robot, meaning the user can dial out the slight hardware differences of the top attachment in the fleet just by changing the parameters. For more information visit our website:
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- HAPS richtet unsere mobilen Roboter mit einer Positionsgenauigkeit von ±10 mm und einer Rotationsgenauigkeit von ±0,5° auf Maschinen aus.
- Dadurch wird sichergestellt, dass der Roboter einem festgelegten Pfad folgt und das sogar rückwärts und mit Winkel.
- Roboter projiziert Bewegungsbahn beweglicher Objekte.
- Kollaborative und intuitive Roboterbewegung: Roboter kreuzt die Bahn beweglicher Objekte stets hinter diesen.
- Roboter verstehen jetzt die Bewegung von Hindernissen.
- Bessere Entscheidungsfindung und Bahnplanung
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Mobile Robots - Dynamic Obstacle Tracking
Avoid collisions and employ safer passage in the warehouse. Allows for smoother motion around pedestrian traffic, forklifts, or any other moving vehicles. The tracking algorithm projects the path of moving objects in the same space as the robot to avoid collisions and traffic jams. If a person is walking in the path perpendicular to the robot, rather than trying to cross in front of the person’s path, a robot with Dynamic Obstacle Tracking will slow down and move behind the person. For more information visit our website:
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Integrierte, benutzerzugängliche Omron-Maschinen-Controller
- Dedizierte IO über die Sysmac-Plattform von Omron
- Steuerung der Anbindung und der Benutzer-Peripheriegeräte über den Maschinen-Controller der NX-Serie
- Integrierte Sicherheit
Flottenmanagement
- Transport Request (Job) Allocation: Verteilt Aufträge auf mehrere mobile Roboter durch Auswahl des jeweils am besten geeigneten Fahrzeugs zu deren Durchführung
- Verkehrssteuerung: Optimiert den Verkehrsfluss der Fahrzeuge
- Kommunikation: Singuläre Schnittstelle für die Integration in Fabriksysteme (MES, WMS, ERP usw.)
- Konfigurationsverwaltung: Verwaltet Systemparameter für die gesamte Fahrzeugflotte
- Flotten mit bis zu 100 Robotern verwalten
- Bis zu 10 Roboter simulieren
- Sichere Steuerungs- und Datenschnittstellen für eine schnellere Installation und mehr Intelligenz. RESTful, SQL, RabbitMQ.
- Hybridflottenmanagement
Fleet Manager Broschüre
Lösungen
Flottensimulation: Optimieren Sie Ihre Flotte schon vor der Inbetriebnahme
Der Flottensimulator von OMRON bietet den branchenweit ersten mobilen Robotersimulator für Werks- und Fertigungsanwendungen.
Spezifikationen & Bestellinfo
| Produkt | Mobile robot type | Maximum load | Maximum speed | Kit type | Accessories included | Battery included | Beschreibung |
|---|---|---|---|---|---|---|---|
| OEM robot | 1500 kg | 1.8 m/s | Mobile robot | None | No | Mobile Robot, HD-1500, without Battery | |
| OEM robot | 1500 kg | 1.8 m/s | Mobile robot + docking kit | Docking station | No | Mobile Robot Docking Station Kit, HD-1500, Charger, No Battery | |
| OEM robot | 1500 kg | 1.8 m/s | Mobile robot | Side laser | No | Mobile Robot, HD-1500, Side Lasers, without Battery | |
| OEM robot | 1500 kg | 1.8 m/s | Mobile robot | HAPS (single) | No | Mobile Robot, HD-1500, Single HAPS, without Battery | |
| OEM robot | 1500 kg | 1.8 m/s | Mobile robot | HAPS (single), Side laser | No | Mobile Robot, HD-1500, Single HAPS, Side Lasers, without Battery | |
| OEM robot | 1500 kg | 1.8 m/s | Mobile robot | HAPS (dual) | No | Mobile Robot, HD-1500, Double HAPS, without Battery | |
| OEM robot | 1500 kg | 1.8 m/s | Mobile robot | HAPS (dual), Side laser | No | Mobile Robot, HD-1500, Double HAPS, Side Lasers, without Battery | |
| OEM robot | 1500 kg | 1.8 m/s | Mobile robot + starter kit | Docking station, Pendant, Top plate | No | Mobile Robot Starter Kit, HD-1500, Charger, Pendant, Top Plate, without Battery | |
| OEM robot | 1500 kg | 1.8 m/s | Mobile robot + starter kit | Docking station, HAPS (single), Pendant, Top plate | No | Mobile Robot Starter Kit, HD-1500, Single HAPS, Charger, Pendant, Top Plate, without Battery | |
| OEM robot | 1500 kg | 1.8 m/s | Mobile robot + starter kit | Docking station, HAPS (single), Pendant, Side laser, Top plate | No | Mobile Robot Starter Kit, HD-1500, Single HAPS, Side Lasers, Charger, Pendant, Top Plate, without Battery | |
| OEM robot | 1500 kg | 1.8 m/s | Mobile robot + starter kit | Docking station, HAPS (dual), Pendant, Top plate | No | Mobile Robot Starter Kit, HD-1500, Double HAPS, Charger, Pendant, Top Plate, without Battery | |
| OEM robot | 1500 kg | 1.8 m/s | Mobile robot + starter kit | Docking station, HAPS (dual), Pendant, Side laser, Top plate | No | Mobile Robot Starter Kit, HD-1500, Double HAPS, Side Lasers, Charger, Pendant, Top Plate, without Battery |
Wir haben nahezu unbegrenzte Kombinationsmöglichkeiten, um allen Produktionsanforderungen gerecht zu werden.
Haben wir Ihr Interesse geweckt?
Ihr Kontakt HD-1500
Vielen Dank für Ihre Anfrage. Wir setzen uns umgehend mit Ihnen in Verbindung.
Es liegen zur Zeit technische Probleme vor. Ihre Übertragung war nicht erfolgreich. Entschuldigen Sie dies bitte und versuchen es später noch einmal. Details
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Vielen Dank für Ihre Angebots-Anfrage, die wir schnellstmöglich beantworten werden.
Es liegen zur Zeit technische Probleme vor. Ihre Übertragung war nicht erfolgreich. Entschuldigen Sie dies bitte und versuchen es später noch einmal. Details
DownloadVideos
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OMRON's HD-1500 autonomous mobile robot for pallet-size loads
This is the HD-1500, OMRON's newest and strongest autonomous mobile robot. The HD-1500 can carry payloads of up to 1,500 kg, and can load and transport the heaviest of objects. The HD-1500 is ideal for applications that require moving pallet-size loads. Mobile robots in the production and warehouse environments help to reduce the workload of employees, take over routine tasks and comply with hygiene regulations, for example now during a pandemic. It’s designed to meet the industry’s latest requirements, and can interact with people to create a collaborative, safe working environment. In warehousing and manufacturing, the HD-1500 can make processes more efficient working safely side-by-side with humans, and reducing the risk of employee injury in dangerous situations. Take a look at it in action at our Proof of Concept area at our Automation Technology Centre for Autonomous Mobile Robots in Annecy, France. Read more:
01:11
OMRON's HD-1500 autonomous mobile robot for pallet-size loads
This is the HD-1500, OMRON's newest and strongest autonomous mobile robot. The HD-1500 can carry payloads of up to 1,500 kg, and can load and transport the heaviest of objects. The HD-1500 is ideal for applications that require moving pallet-size loads. Mobile robots in the production and warehouse environments help to reduce the workload of employees, take over routine tasks and comply with hygiene regulations, for example now during a pandemic. It’s designed to meet the industry’s latest requirements, and can interact with people to create a collaborative, safe working environment. In warehousing and manufacturing, the HD-1500 can make processes more efficient working safely side-by-side with humans, and reducing the risk of employee injury in dangerous situations. Take a look at it in action at our Proof of Concept area at our Automation Technology Centre for Autonomous Mobile Robots in Annecy, France. Read more:
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OMRON HD-1500 Tutorial 1: Unboxing Preparation
Have a look at this video to see what steps are needed to get started with the HD-1500 autonomous mobile robot to support your material transport needs. With a payload capacity of 1500kg, the HD-1500 is OMRON's strongest mobile robot. We have prepared a series of videos to help you get started. In this video, you can see what tools are needed for unboxing, and what steps you should take to prepare the unboxing.
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OMRON HD-1500 Tutorial 1: Unboxing Preparation
Have a look at this video to see what steps are needed to get started with the HD-1500 autonomous mobile robot to support your material transport needs. With a payload capacity of 1500kg, the HD-1500 is OMRON's strongest mobile robot. We have prepared a series of videos to help you get started. In this video, you can see what tools are needed for unboxing, and what steps you should take to prepare the unboxing.
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OMRON HD-1500 Tutorial 2: Unboxing Charging Station Crate
Take a look at the steps needed to unbox the charging station crate.
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OMRON HD-1500 Tutorial 2: Unboxing Charging Station Crate
Take a look at the steps needed to unbox the charging station crate.
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OMRON HD-1500 Tutorial 3: Unboxing Battery Crate
Take a look at this video for the steps needed to unbox the battery crate.
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OMRON HD-1500 Tutorial 3: Unboxing Battery Crate
Take a look at this video for the steps needed to unbox the battery crate.
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OMRON HD-1500 Tutorial 4: Unboxing the HD-1500 autonomous mobile robot for heavy loads
In this video, we will show you two methods for unboxing the HD-1500, the lift method and ramp method. We will also show you how to get the HD-1500 on the network once it's unboxed.
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OMRON HD-1500 Tutorial 4: Unboxing the HD-1500 autonomous mobile robot for heavy loads
In this video, we will show you two methods for unboxing the HD-1500, the lift method and ramp method. We will also show you how to get the HD-1500 on the network once it's unboxed.
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OMRON HD-1500 Tutorial 5: Unboxing the Charging Target Crate
See this video for the steps needed to unbox the charging target crate for the HD-1500 autonomous mobile robot.
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OMRON HD-1500 Tutorial 5: Unboxing the Charging Target Crate
See this video for the steps needed to unbox the charging target crate for the HD-1500 autonomous mobile robot.
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OMRON HD-1500 Tutorial 6: Connecting to MobilePlanner
OMRON's mobile robot user interface is MobilePlanner. This enables you to configure the robot, create and edit maps, and make the robot do tasks and much more. In this video, you can see how you can connect the HD-1500 autonomous mobile robot for heavy loads to MobilePlanner.
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OMRON HD-1500 Tutorial 6: Connecting to MobilePlanner
OMRON's mobile robot user interface is MobilePlanner. This enables you to configure the robot, create and edit maps, and make the robot do tasks and much more. In this video, you can see how you can connect the HD-1500 autonomous mobile robot for heavy loads to MobilePlanner.
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OMRON HD-1500 Tutorial 7: Adding the HD-1500 to Mobile Robot Fleet
After you have completed the initial setup of the HD-1500 autonomous mobile robot for heavy loads, this video will show you how you can add your robot into a new or existing fleet of mobile robots.
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OMRON HD-1500 Tutorial 7: Adding the HD-1500 to Mobile Robot Fleet
After you have completed the initial setup of the HD-1500 autonomous mobile robot for heavy loads, this video will show you how you can add your robot into a new or existing fleet of mobile robots.
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OMRON HD-1500 Tutorial 8: Autonomous Mobile Robot Safety
This video highlights some of the safety features of the HD-1500 autonomous mobile robot for heavy loads, and demonstrates how to safely commission the mobile robot.
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OMRON HD-1500 Tutorial 8: Autonomous Mobile Robot Safety
This video highlights some of the safety features of the HD-1500 autonomous mobile robot for heavy loads, and demonstrates how to safely commission the mobile robot.
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OMRON HD-1500 Tutorial 9: Autonomous Mobile Robot Battery Replacement
This tutorial video demonstrates how you can remove and insert a new battery for the HD-1500 autonomous mobile robot for heavy loads.
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OMRON HD-1500 Tutorial 9: Autonomous Mobile Robot Battery Replacement
This tutorial video demonstrates how you can remove and insert a new battery for the HD-1500 autonomous mobile robot for heavy loads.
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OMRON FLOW Core - Cell Alignment Positioning System (CAPS)
-CAPS evaluates real-world features to effectively align robots for high accuracy drop-offs and pick-ups. -CAPS aligns our mobile robots with machinery at ±8mm position accuracy and ±1° rotation accuracy. -It can approach from any angle so that customers do not need to worry about floor layout, nor the shape of the load, and docking can be achieved from any direction. -Enables a smoother and quicker loading & unloading of material, contributing to a shorter cycle time. -CAPS allows an offset per robot, meaning the user can dial out the slight hardware differences of the top attachment in the fleet just by changing the parameters. For more information visit our website:
00:45
OMRON FLOW Core - Cell Alignment Positioning System (CAPS)
-CAPS evaluates real-world features to effectively align robots for high accuracy drop-offs and pick-ups. -CAPS aligns our mobile robots with machinery at ±8mm position accuracy and ±1° rotation accuracy. -It can approach from any angle so that customers do not need to worry about floor layout, nor the shape of the load, and docking can be achieved from any direction. -Enables a smoother and quicker loading & unloading of material, contributing to a shorter cycle time. -CAPS allows an offset per robot, meaning the user can dial out the slight hardware differences of the top attachment in the fleet just by changing the parameters. For more information visit our website:
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Mobile Robots - Dynamic Obstacle Tracking
Avoid collisions and employ safer passage in the warehouse. Allows for smoother motion around pedestrian traffic, forklifts, or any other moving vehicles. The tracking algorithm projects the path of moving objects in the same space as the robot to avoid collisions and traffic jams. If a person is walking in the path perpendicular to the robot, rather than trying to cross in front of the person’s path, a robot with Dynamic Obstacle Tracking will slow down and move behind the person. For more information visit our website:
00:33
Mobile Robots - Dynamic Obstacle Tracking
Avoid collisions and employ safer passage in the warehouse. Allows for smoother motion around pedestrian traffic, forklifts, or any other moving vehicles. The tracking algorithm projects the path of moving objects in the same space as the robot to avoid collisions and traffic jams. If a person is walking in the path perpendicular to the robot, rather than trying to cross in front of the person’s path, a robot with Dynamic Obstacle Tracking will slow down and move behind the person. For more information visit our website:
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FLOW - MobilePlanner Tablet
Monitor and control on the go MobilePlanner Tablet Edition is an easy to use interface designed for monitoring and controlling your mobile robot fleet from a tablet. With MobilePlanner Tablet Edition, users can localize or manually drive robots when needed, initiate the map making process, and monitor the robot fleet anytime from anywhere inside their facility. For more information visit our website:
00:53
FLOW - MobilePlanner Tablet
Monitor and control on the go MobilePlanner Tablet Edition is an easy to use interface designed for monitoring and controlling your mobile robot fleet from a tablet. With MobilePlanner Tablet Edition, users can localize or manually drive robots when needed, initiate the map making process, and monitor the robot fleet anytime from anywhere inside their facility. For more information visit our website:
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OMRON's Mobile Robots - Selectable Autonomy
Choose your robot’s level of autonomy With the You can now choose when you want your Mobile Robot to move along the same path repeatedly, similar to the behavior of an Automated Guided Vehicle (AGV). Unlike AGV’s, OMRON’s advantage is enabled without any magnetic tape nor physical guides. For more information visit our website:
00:50
OMRON's Mobile Robots - Selectable Autonomy
Choose your robot’s level of autonomy With the You can now choose when you want your Mobile Robot to move along the same path repeatedly, similar to the behavior of an Automated Guided Vehicle (AGV). Unlike AGV’s, OMRON’s advantage is enabled without any magnetic tape nor physical guides. For more information visit our website:Downloads
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Märkte
Automobilindustrie
- Antriebsstrang und Motortransport
- Reifentransport
- Montage und Inspektion
Digital
- Halbleiter-Waferherstellung
- Halbleiter-Verpackung und -Test
Lebensmittel und Konsumgüter
- Umlagerungen
- Transport von Waren zu Montage- und Sortierstationen
Wie können wir Ihnen helfen?
Wenn Sie eine Frage haben oder ein Angebot anfordern möchten, kontaktieren Sie uns oder senden Sie eine Anfrage.
Ihr Kontakt HD-1500
Vielen Dank für Ihre Anfrage. Wir setzen uns umgehend mit Ihnen in Verbindung.
Es liegen zur Zeit technische Probleme vor. Ihre Übertragung war nicht erfolgreich. Entschuldigen Sie dies bitte und versuchen es später noch einmal. Details
DownloadAngebot für HD-1500
Über dieses Formular erhalten Sie ein Angebot zu Ihrem ausgewählten Produkt. Bitte füllen Sie alle Felder aus, die diese * Markierung besitzen. Ihre persönlichen Daten werden natürlich vertraulich behandelt.
Vielen Dank für Ihre Angebots-Anfrage, die wir schnellstmöglich beantworten werden.
Es liegen zur Zeit technische Probleme vor. Ihre Übertragung war nicht erfolgreich. Entschuldigen Sie dies bitte und versuchen es später noch einmal. Details
DownloadZugehörige Produkte
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Werksoptimierung mit erstklassigem Flottenmanagement
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Vollständig autonome mobile Roboter
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Vollständig autonome mobile Roboter