LD-250
Fully Autonomous Mobile Robots
OMRON mobile robots are autonomous mobile robots (AMRs) designed to dramatically increase productivity in manufacturing and logistics operations. OMRON mobile robots increase throughput, eliminate errors, improve material traceability, and allow employees to focus on tasks that require complex human skills. What’s more, unlike traditional AGVs, our mobile robots navigate by the natural features of the facility and require no expensive facility modification.
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Bigger, stronger, better: new LD-250 mobile robot from Omron moves payloads up to 250kg
The new LD-250 mobile robot from Omron can handle a payload of 250kg and is the strongest and newest addition to our LD series of mobile robots. Together with the Fleet Manager, which for the first time in the industry enables the control of multiple mobile robots with different payloads through one system, it will help realize a more flexible and optimized autonomous material transport system.
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Bigger, stronger, better: new LD-250 mobile robot from Omron moves payloads up to 250kg
The new LD-250 mobile robot from Omron can handle a payload of 250kg and is the strongest and newest addition to our LD series of mobile robots. Together with the Fleet Manager, which for the first time in the industry enables the control of multiple mobile robots with different payloads through one system, it will help realize a more flexible and optimized autonomous material transport system.LD-250: The strongest member of the LD family
Features
Easy installation
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1 Easy Decisions & Lower CostsOMRON provides subscription model that offer lower initial cost and ongoing upgrades and improvements to service of functions. Customer can make decisions more easily.
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2 Select Apps and ToppersOMRON has several success cases involving toppers; OMRON sales can advice customers on the best solutions.
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3 Mapping and Goal SettingAfter a short tour through your facility, the robot will make a custom map of your floor plan and set up goals for pick-ups and drop-offs.
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4 Easy OperationSimple operation by tablet and simple integration between the OMRON Fleet Manager and your MES and WMS allows you to get your robots working immediately.
Safety features
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1 Avoids static and moving obstacles
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2 Additional E-stops easily added
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3 Complies with ISO EN1525, JIS D6802 and ANSI B56.5 safety standards
OMRON Fleet Simulator offers the industry’s first mobile robot simulator for factory and manufacturing applications
Omron offers a new solution for optimizing an entire fleet before deploying.
Technology
500 kg payload capacity under Cart Transporter configuration
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Mobile robot cart transporter solution for payloads of up to 500kg
How can innovative and safe material flow contribute to creating the factory of the future? In traditional material flow processes there are many safety concern and risks, especially when operating in narrow environments, surrounded by operators. Forklifts and tugger trains are always a safety risk when working in the same area with people. How can a solution with autonomous mobile robots help ensure safety while improving efficiency and flexibility in material flow processes? The OMRON LD-250 autonomous mobile robot can be upgraded to double its usual payload from 250kg to up to 500kg by integrating into a Cart Transporter version. The user can design a custom latching system and cart based on their specific needs. The solution ensures full safety, flexibility and just-in-time delivery of goods. For more information, visit:
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MobilePlanner 6
- The Fleet Explorer sidebar groups robots by family and customized sub-fleet for easy configuration and management.
- Easily distinguish between AMR location or functional operation and apply changes.
- Accelerated installation of new fleets with configuration inheritance.
- Quick access buttons for Fleet observability, Map editing, configuration management, system management and data analytics.
- Fleet Explorer shows enhanced visibility of mobile fleet.
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MobilePlanner 6
Easily and effectively utilize fleets of heterogeneous robot types alongside one another to optimize your automation solution.
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MobilePlanner Tablet
- Use it as a call button - With a single button press it allows users to send a robot to up to 6 predefined locations.
- View the robot’s laser readings.
- Send robots to its dock or to other points on map.
- Manually drive robots.
- View your fleet anytime & anywhere within the facility.
- Observe location and status of robots in color-coded map.
FLOW Core - MobilePlanner Tablet Brochure
Mobile Planner Tablet Folder
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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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Selectable Autonomy
- Cycle time improvement up to 15% for actual fleets. Improvement can be greater, depending on application.
- Fewer deadlocks in doorways and narrow spaces.
- Fewer traffic control devices needed in map.
- Improved safety for human operators working in the same area due to more consistent motion of Mobile Robots.
FLOW Core Selectable Autonomy Brochure
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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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Robust Navigation
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Omron's LD mobile robots automate material transport and increase efficiency - full version
Handling high-mix and low volume production, whilst compensating labour shortage are challenges for Omron manufacturing in Japan. See how LD mobile robots are used to automate material transport and increase efficiency, to accelerate human-machine collaboration.
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Safety
Our mobile robots are safety rated. They use on-board lasers and other sensors to detect obstacles on their moving path and, based on speed of travel, they trigger E-stop to prevent vehicle collision into objects on their path.
- LIDAR Laser
- Lower Laser
- Side Laser
- Time-of-Flight sensors
Alignment Positioning Systems
Cell Alignment Positioning System (CAPS)
- 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.
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Cell Alignment Positioning System (CAPS) Folder
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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 aligns our mobile robots with machinery at ±10mm position accuracy and ±0,5° rotation accuracy.
- It ensures that the robot will follow a fixed path, even backwards and with angles.
- Moving object motion tracked by robot
- Collaborative and intuitive robot motion with “pass-behind” decision making
- Robots now understands obstacle movement
- Better decision-making and path planning
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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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Fleet Management
Our Enterprise Manager is a network appliance that provides coordination of mobile robots when multiple mobile robots operate within a facility.
- Transport Request (Job) Allocation: distributes jobs across multiple mobile robots by selecting the best-suited vehicle to perform them
- Traffic control: optimizes traffic flow of vehicles
- Communications: single point of contact for integration with factory systems (MES, WMS, ERP, etc.)
- Configuration Management: manages system parameters across the fleet of vehicles
- Manage Fleets up to 100 robots
- Simulate up to 10 robots
- Secure control and data interfaces for faster installation and increased intelligence. RESTful, SQL, RabbitMQ.
- Hybrid Fleet Management
- Fleet Operations Workspace iQ: Enhances the core user experience with powerful data collection and analytics through an intuitive user interface
Fleet Manager Brochure
Models
Mobile platform
- LD-250 capable of transporting up to 250kg (max speed 1.2 m/s)
LD-250 Folder
ESD model
- 250kg payload capacity.
- Joint protection for your “Electrostatic Discharge Sensitive (ESDS)” products and the LD-250 robot.
- 100% compatible with the standard LD-250 autonomous mobile robot.
- Complies with IEC 61340-5-1 as static controlled surfaces with Rg < 1 x 10^9.
LD-250 ESD Folder
Specifications & ordering info
| Produkt | Mobile robot type | Maximum load | Maximum speed | Kit type | ESD protection | Battery included | Description | |
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OEM robot | 250 kg | 1.2 m/s | Mobile robot | No | No | Mobile Robot, LD-250, with OS32C LIDAR, without Battery | |
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OEM robot | 250 kg | 1.2 m/s | Mobile robot + docking kit | No | No | Mobile Robot Docking Station Kit, LD-250, with Charger, OS32C LIDAR, without Battery | |
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OEM robot | 250 kg | 1.2 m/s | Mobile robot + starter kit | No | No | Mobile Robot Starter Kit, LD-250, with Charger, Joystick, Top Plate, OS32C LIDAR, without Battery | |
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OEM robot | 250 kg | 1.2 m/s | Mobile robot | Yes | No | Mobile Robot, LD-250, ESD, without Battery | |
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OEM robot | 250 kg | 1.2 m/s | Mobile robot + docking kit | Yes | No | Mobile Robot Docking Station Kit, LD-250, ESD, with Charger, without Battery | |
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OEM robot | 250 kg | 1.2 m/s | Mobile robot + starter kit | Yes | No | Mobile Robot Starter Kit, LD-250, ESD, with Charger, Joystick, Top Plate, without Battery |
We've got a nearly-infinite combination to fit any production scenes.
Interested?
Kontakt mig LD-250
Tak for indsendelsen af din forespørgsel. Vi vil vende tilbage med svar så hurtigt som muligt.
Vi har desværre tekniske problemer. Din formular er ikke modtaget. Vi undskylder og beder dig om at prøve igen senere. Detaljer: [details]
DownloadTilbud på LD-250
Med denne formular kan du bestille et tilbud på et eller flere af vores produkter. Venligst udfyld alle de felter der er markeret med *. Dine personlige oplysninger vil blive håndteret fortroligt.
Tak for din forespørgsel. Vi vender tilbage med de ønskede oplysninger så hurtigt som muligt.
Vi har desværre tekniske problemer. Din formular er ikke modtaget. Vi undskylder og beder dig om at prøve igen senere. Detaljer: [details]
DownloadAccessories
Applications & Key Industries
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Intralogistics process and related challenges
OMRON solution for the complete intralogistics process The complete intralogistics process in a factory is divided into four different groups because the challenges are different, but also the solutions: Lineside Replenishment; Work in progress; Finished goods and Warehouse. Read more on:
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Customer Cases
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LD-250 autonomous mobile robot from OMRON in a pallet wrapping application
OMRON's LD-250 autonomous mobile robots (AMRs) are designed to dramatically increase productivity in manufacturing and logistics operations. They increase throughput, eliminate errors, improve material traceability, and allow employees to focus on tasks that require complex human skills. And, unlike traditional AGVs, these mobile robots navigate by the natural features of the facility and require no expensive facility modification. In this video, the mobile robot, that can carry payloads of up to 250kg, is used in an automated pallet wrapping application. For more information, please visit:
02:02
LD-250 autonomous mobile robot from OMRON in a pallet wrapping application
OMRON's LD-250 autonomous mobile robots (AMRs) are designed to dramatically increase productivity in manufacturing and logistics operations. They increase throughput, eliminate errors, improve material traceability, and allow employees to focus on tasks that require complex human skills. And, unlike traditional AGVs, these mobile robots navigate by the natural features of the facility and require no expensive facility modification. In this video, the mobile robot, that can carry payloads of up to 250kg, is used in an automated pallet wrapping application. For more information, please visit:
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Mobile robot automates food distribution in a pilot at senior center
The Kustaankartano Senior Center in Finland is currently testing an autonomous mobile robot for automating food logistics between the Kustaankartano Food Centre and the senior centre. The pilot is being carried out in co-operation with Service Centre Helsinki; Helsinki Social Services and Health Care Division; and Forum Virium Helsinki. Its aim is to streamline the transport of meals to the senior centre's wards. The Polle (workhorse) robot developed by Dimalog Oy is based on OMRON’s autonomous LD-250 mobile robot. This is the strongest in the LD series of robots and can handle payloads of up to 250kg. It can navigate autonomously and is designed to interact with people to provide a collaborative and safe working environment.
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Mobile robot automates food distribution in a pilot at senior center
The Kustaankartano Senior Center in Finland is currently testing an autonomous mobile robot for automating food logistics between the Kustaankartano Food Centre and the senior centre. The pilot is being carried out in co-operation with Service Centre Helsinki; Helsinki Social Services and Health Care Division; and Forum Virium Helsinki. Its aim is to streamline the transport of meals to the senior centre's wards. The Polle (workhorse) robot developed by Dimalog Oy is based on OMRON’s autonomous LD-250 mobile robot. This is the strongest in the LD series of robots and can handle payloads of up to 250kg. It can navigate autonomously and is designed to interact with people to provide a collaborative and safe working environment.Videos
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Mobile robot cart transporter solution for payloads of up to 500kg
How can innovative and safe material flow contribute to creating the factory of the future? In traditional material flow processes there are many safety concern and risks, especially when operating in narrow environments, surrounded by operators. Forklifts and tugger trains are always a safety risk when working in the same area with people. How can a solution with autonomous mobile robots help ensure safety while improving efficiency and flexibility in material flow processes? The OMRON LD-250 autonomous mobile robot can be upgraded to double its usual payload from 250kg to up to 500kg by integrating into a Cart Transporter version. The user can design a custom latching system and cart based on their specific needs. The solution ensures full safety, flexibility and just-in-time delivery of goods. For more information, visit:
01:05
Mobile robot cart transporter solution for payloads of up to 500kg
How can innovative and safe material flow contribute to creating the factory of the future? In traditional material flow processes there are many safety concern and risks, especially when operating in narrow environments, surrounded by operators. Forklifts and tugger trains are always a safety risk when working in the same area with people. How can a solution with autonomous mobile robots help ensure safety while improving efficiency and flexibility in material flow processes? The OMRON LD-250 autonomous mobile robot can be upgraded to double its usual payload from 250kg to up to 500kg by integrating into a Cart Transporter version. The user can design a custom latching system and cart based on their specific needs. The solution ensures full safety, flexibility and just-in-time delivery of goods. For more information, visit:
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MobilePlanner 6
Easily and effectively utilize fleets of heterogeneous robot types alongside one another to optimize your automation solution.
00:46
MobilePlanner 6
Easily and effectively utilize fleets of heterogeneous robot types alongside one another to optimize your automation solution.
-
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:
-
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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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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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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Mobile Manipulator combines a cobot arm with an autonomous mobile robot for flexible production
OMRON's autonomous mobile manipulator solution supports flexible manufacturing and improves efficiency by integrating a self-navigating LD mobile robot with OMRON's collaborative robot arm. What will you use it for?
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Mobile Manipulator combines a cobot arm with an autonomous mobile robot for flexible production
OMRON's autonomous mobile manipulator solution supports flexible manufacturing and improves efficiency by integrating a self-navigating LD mobile robot with OMRON's collaborative robot arm. What will you use it for?
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Omron mobile robots
Omron's Autonomous Mobile Robots (AMRs): no facility modifications, no laser beacons, no floor magnets, no tapes and setup the robot within an hour.
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Omron mobile robots
Omron's Autonomous Mobile Robots (AMRs): no facility modifications, no laser beacons, no floor magnets, no tapes and setup the robot within an hour.
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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:
-
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:
LD-250 mobile robot tutorial 2 - Add the robot to your fleet
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LD-250 mobile robot tutorial 1- Getting started
In this video, you can learn how to get started with the LD-250, from unboxing the mobile robot to getting it on your wireless network, and connecting to the MobilePlanner. Get your LD-250 ready to go!
06:42
LD-250 mobile robot tutorial 1- Getting started
In this video, you can learn how to get started with the LD-250, from unboxing the mobile robot to getting it on your wireless network, and connecting to the MobilePlanner. Get your LD-250 ready to go!Downloads
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Services
How can we help you?
If you have a question or would like to ask for a quote, please contact us or send a request.
Kontakt mig LD-250
Tak for indsendelsen af din forespørgsel. Vi vil vende tilbage med svar så hurtigt som muligt.
Vi har desværre tekniske problemer. Din formular er ikke modtaget. Vi undskylder og beder dig om at prøve igen senere. Detaljer: [details]
DownloadTilbud på LD-250
Med denne formular kan du bestille et tilbud på et eller flere af vores produkter. Venligst udfyld alle de felter der er markeret med *. Dine personlige oplysninger vil blive håndteret fortroligt.
Tak for din forespørgsel. Vi vender tilbage med de ønskede oplysninger så hurtigt som muligt.
Vi har desværre tekniske problemer. Din formular er ikke modtaget. Vi undskylder og beder dig om at prøve igen senere. Detaljer: [details]
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