Robot vacuum cleaner Eureka NER700 AtlasOrbit
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Cleaning type:Dry
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Suction power:4000 Pa
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Dust container volume:450 ml
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Cartography:Lidar (LDS)
Description Eureka NER700 AtlasOrbit
- Vacuum + Mopping Functionalities: 4000Pa of suction power easily tackles dust, dirt, pet hair and crumbs. Vacuuming and mopping simultaneously delivers complete cleaning performance. Up to 180 minutes of runtime.
- LDS Navigation: Detects and navigates your home, avoiding obstacles or falling off of ledges. Not only capable of self-charging, but will pick up exactly where they left off once charged.
- Real-time Mapping: Generate floor plans, set customized cleaning and No-Go zones. Easily set areas for mopping to avoid carpets.
- Flooring Type Detection: Automatically increases suction power on carpets for an optimized clean.
- Anti-scratch brushroll: Specially designed to protect your hard floors yet also clean carpet using a combination of specially angled soft bristle brushes and flexible rubber blades.
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| NER700 AtlasOrbit | RR9675WH | OZMO X2 COMBO | 240+ AI Animal & Allergy RR9695WH | 75 S+ RR8587WH | |
| Cleaning type | Dry | Dry and wet | Dry and wet | Dry and wet | Dry and wet |
| Suction power | 4000 Pa | 8000 Pa | 8700 Pa | 8000 Pa | 2700 Pa |
| Cleaning area | n/a m² | 120 m² | 120 m² | 120 m² | 120 m² |
| Dust container volume | 450 ml | 350 ml | 420 ml | 350 ml | 300 ml |
| Water tank volume | n/a ml | 220 ml | 180 ml | 220 ml | 300 ml |
| Self-cleaning base | No | n/a | Yes | Yes | Yes |
| Cartography | Lidar (LDS) | Lidar (LDS) | Lidar (LDS) | Lidar (LDS) | Lidar (LDS) |
| Battery life (up to) | 180 Minutes | 120 Minutes | 210 Minutes | 120 Minutes | 120 Minutes |
| Position in ranking | n/a | 17 | 18 | 13 | 10 |
Characteristics Eureka NER700 AtlasOrbit
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Brand
Cleaning
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Vibrating mopping pad
Vibrations will help to clean the floor better when wet cleaningNo -
Cleaning typeDry
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Suction powerThe force with which the device sucks up dust and debris is measured in Pascals (Pa). The higher the figure, the more effectively the vacuum cleaner collects even heavy particles. For reference: 1000–1500 Pa is the basic level for smooth surfaces. 2000–2500 Pa is optimal for carpets and pet hair. 3000+ Pa is suitable for deep cleaning and heavy dirt, provides high-quality cleaning.4000 Pa
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Dust container volume450 ml
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Volume69 dB
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Self-cleaning baseCharging base that automatically cleans the dust container, removing debris into a special bag or container. This reduces the need for frequent manual cleaning of the dust collector. Of the advantages of the base – You will save time on cleaning the robot container. Cons: Noise when cleaning, The need to buy garbage bagsNo
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Number of side brushes2 PC
Navigation
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CartographyA technology that allows the device to scan the space and build a map of the room using sensors, cameras or laser sensors (LiDAR). This helps the vacuum cleaner effectively plan the cleaning route, avoid obstacles and work faster and more accurately. Some models are equipped with AI mapping, which uses artificial intelligence algorithms to recognize objects on the floor (cables, toys, shoes, etc.) and optimally avoid obstacles. Smart devices support saving multiple maps for different floors and setting up cleaning zones.Lidar (LDS)
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Navigation capabilitiesBuilding a room map
Manual robot control (from the app)
Room cleaning / Zone cleaning
Control
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Voice promptsYes
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Control typeFrom smartphone
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Scheduled cleaningYes
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Integration with cloud servicesAmazon Alexa
Google Home
Sensors
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Carpet detectionA feature that helps the device automatically recognize carpets and change the operating mode. For example, the vacuum cleaner can increase suction power to better clean carpet fibers. Or raise the cleaning base on carpetsNo
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Dirt detectionTechnology that allows the device to detect the level of dirt on a surface. This allows the vacuum cleaner to increase suction power or go over problem areas multiple times for a better cleaning.No
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Dust collector filling indicatorA sensor that shows the level of filling of the garbage or dust container. When the dust container is full, the device notifies the user that it is necessary to empty it. This helps maintain efficiency and avoid overloading the motor. (Rare, probably the technology is patented by some manufacturer)No
Battery
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Battery typeThe technology used to make the battery. The most common types: - Li-Ion (lithium-ion) – lightweight, durable, no memory effect. - Li-Poly (lithium-polymer) – even lighter, can be shaped flexibly, more resistant to overheating. - Ni-MH (nickel-metal hydride) – avoid devices with such batteries.Li-Ion
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Battery life (up to)The maximum duration of operation of the device on a single battery charge. Measured in minutes and depends on the mode of use and the power of the device.180 Minutes
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Charging timeThe time it takes to fully charge the device's battery. The shorter this time, the faster the device will be ready for use.5.00 Hours
Dimensions and equipment
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Width350 mm
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Height100 mm
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Depth350 mm
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Weight3.50 Kg
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ColorOther
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EquipmentRobotic Vacuum Cleaner
Mop
HEPA media filter
side brushes
charging base
power cord
Before buying a product, check the specifications and configuration with the seller, or visit the official website.
Instructions for Eureka NER700 AtlasOrbit
Video Reviews Eureka NER700 AtlasOrbit
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