GAUSIUM
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GAUSIUM
Shengxia Street 666
200120, Shanghai
China
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Cleans hallways, lobbies, and open spaces on a schedule – for consistently clean work environments.
Keeps lobbies, hallways, and conference areas clean – ideal for daily routine and interim cleaning.
Cleans large walkways, entrances, and corridors – a clean appearance even in high-traffic areas.
Constant floor hygiene in corridors and waiting areas – reliable for sensitive zones.
Cleans corridors, foyers, and multi-purpose areas – repeatable and reliable during daily operations.
Keep large public areas efficiently clean – perfect for long corridors and peak times.
The Gausium Omnie is the answer to the demand for maximum flexibility in commercial cleaning. A true multi-talent, it masters scrubbing, sweeping, and dust mopping to perfection. Thanks to its compact design and the option to choose between disc and cylindrical brush systems, it adapts to any floor type and environment, from narrow retail aisles to expansive hotel corridors.
With a theoretical cleaning performance of up to 3,931 m²/h and an impressive battery life of up to 8 hours, the Omnie is designed for maximum productivity. Its state-of-the-art sensor system with 3D LiDAR and RGB cameras enables centimeter-accurate navigation and maximum safety in public spaces.
Terra Robotics
https://terra-robotics.de/
mail@terra-robotics.de
Zeißstraße 10,
32584 Löhne
Germany
Dimensions: 810 × 700 × 1,070 mm
Weight: 157 kg
Scrubbing width: 520 mm
Gradeability: 8 %
Max. travel speed: 1.4 m/s
Minimum passage width: 800 mm
Minimum turning circle: 1,100 mm
Battery: 60 Ah LiFePO4 (24 V)
Runtime: up to 3 h
Charging time: approx. 2 h
Sensors: 3D/2D LiDAR & cameras
Dimensions: 810 × 700 × 1,070 mm
Weight: 157 kg
Scrubbing width: 520 mm
Gradeability: 2 %
Max. travel speed: 1.1 m/s
Minimum passage width: 800 mm
Minimum turning circle: 1,100 mm
Battery: 60 Ah LiFePO4 (24 V)
Runtime: up to 3 h
Charging time: approx. 2 h
Sensors: 3D/2D LiDAR & cameras (expanded with 6 LiDAR)
Dimensions: 810 × 700 × 1,070 mm
Weight: 148 kg
Scrubbing width: 406 mm / Sweeping width 780 mm
Gradeability: 8 %
Max. travel speed: 1.4 m/s
Minimum passage width: 800 mm
Minimum turning radius: 1,100 mm
Battery: 60 Ah LiFePO4 (24 V)
Runtime: up to 3 h (scrubbing), up to 8 h (sweeping/mopping)
Charging time: approx. 2 h
Sensors: 3D/2D LiDAR & cameras
Dimensions: 810 × 700 × 1,070 mm
Weight: 148 kg
Scrubbing width: 406 mm / Sweeping width 780 mm
Gradeability: 2 %
Max. travel speed: 1.1 m/s
Minimum passage width: 800 mm
Minimum turning radius: 1,100 mm
Battery: 60 Ah LiFePO4 (24 V)
Runtime: up to 3 h (scrubbing), up to 8 h (sweeping/mopping)
Charging time: approx. 2 h
Sensors: 3D/2D LiDAR & cameras (expanded with 6 LiDAR)
The Gausium Omnie combines scrubbing and mopping functions in one device and achieves up to 3,600 m²/h. With powerful brushes and a large water tank, it masters even high-traffic areas efficiently and reliably – ideal for industry, logistics, and retail.
Thanks to AI-powered object recognition, Omnie cleans both dry and wet messes with pinpoint accuracy. Its 3D LiDAR with 360° coverage enables reliable navigation even in difficult lighting conditions, while the all-around camera ensures comprehensive situational awareness and precise obstacle avoidance.
The Gausium Omnie is an intelligent, high-end floor cleaning robot designed for complex and dynamic environments such as airports, train stations, or large logistics facilities. Featuring state-of-the-art AI technology, 3D LiDAR, and a 360° panoramic camera, it delivers exceptional precision and efficiency – even in the most demanding scenarios.
The Gausium Omnie cleaning robot is suitable for professional indoor areas with a regular need for floor cleaning. Typical areas of application include office buildings, business centers, hotels, shopping malls, retail spaces, clinics, care facilities, schools, public buildings, airports, train stations, terminals, as well as industrial and logistics areas. Terra Robotics positions the Gausium Omnie specifically for long walkways, lobbies, corridors, passages, foyers, and high-traffic areas.
The Gausium Omnie is an autonomous all-in-one floor cleaning robot by Gausium for commercial and public indoor areas. It combines multiple cleaning functions, intelligent navigation, 3D LiDAR, camera sensor technology, and AI-powered object recognition to clean various floor surfaces in a programmable, safe, and efficient manner.
The Gausium Phantas supports multiple cleaning functions such as scrubbing, sweeping, dust mopping, and vacuuming. This makes the cleaning robot suitable for various types of debris and cleaning routines, from daily spot cleaning in hallways and lobbies to more intensive floor care in high-traffic commercial spaces.
The disc brush version of the Gausium Omnie is specifically designed for scrubbing and uniform floor maintenance. The cylindrical brush version is also of interest for sweeping processes and, according to Terra Robotics, offers a greater sweeping width with side brushes. The appropriate variant depends on whether the focus is more on scrubbing, dusting, or picking up dry debris.
According to Terra Robotics, the Gausium Phantas achieves high area coverage depending on the cleaning mode. The product page cites up to 2,621 m² per hour when scrubbing with a disc brush, up to 3,931 m² per hour when sweeping with a roller brush, and up to 3,604 m² per hour when dust mopping. This makes the cleaning robot particularly suitable for large commercial, retail, hotel, terminal, and logistics spaces.
Yes, the Gausium Omnie is compactly built with a width of 700 mm and, according to Terra Robotics, is designed for a minimum passage width of 800 mm and a minimum turning radius of 1,100 mm. This allows the cleaning robot to be used in narrower hallways, retail aisles, hotel areas, office spaces, and dynamic indoor environments, provided that the environment is suitably checked in advance.
The Gausium Omnie utilizes 3D LiDAR, 2D LiDAR, depth cameras, an RGB camera, anti-collision sensors, and anti-drop protection. This sensor system supports 360° perception, obstacle detection, precise navigation, and safe route guidance in complex indoor environments such as shopping malls, hotels, office buildings, clinics, airports, or train stations.
According to Terra Robotics, the Gausium Omnie uses AI-powered object recognition to precisely identify dry and wet debris. This allows the cleaning robot to target its cleaning more effectively toward relevant areas, making it particularly interesting for dynamic environments with changing levels of debris, pedestrian traffic, and varying floor requirements.
According to Terra Robotics, the Gausium Omnie achieves a maximum runtime of up to 3 hours in scrubbing mode and up to 8 hours in dust mopping and sweeping mode. The LFP battery can be fully charged in about 2 hours. For practical application, the cleaning mode, floor area, degree of soiling, charging windows, and shift scheduling should be assessed in consultation with Terra Robotics.
The Gausium Omnie can be purchased, leased, or requested as a custom project solution through Terra Robotics. Purchase is suitable for companies that wish to use the cleaning robot permanently as an asset of their own. Leasing offers predictable monthly costs and preserves liquidity, while a project inquiry is particularly useful for multiple areas, complex building layouts, training, installation, maintenance contracts, and scalable cleaning automation.
The Gausium Omnie is a high-end cleaning robot for companies that want to automate their floor cleaning while achieving consistently clean results in high-traffic, constantly changing environments. Whether in a logistics center, industrial hall, shopping mall, train station, or large-scale retail space, the Omnie is designed to improve cleaning quality, safety, and predictability in facility management—without cleaning teams having to manually trace every route. As an autonomous scrubber-dryer robot, the Omnie combines high-performance wet scrubbing with intelligent features that can also specifically address dry debris.
Especially in areas with high foot traffic or changing layouts (pallets, roll containers, customer flows), it is not just cleaning performance that counts, but the ability to navigate safely and precisely. The Omnie positions itself exactly in this segment: maximum productivity with high situational awareness—for cleaning processes that can be integrated into ongoing operations.
The Omnie is available in various versions so that the robot fits the respective floor type, type of dirt, and safety requirements. This is important for operators because it means cleaning robots can be used not just "somehow," but specifically tailored to processes in warehouse, production, or retail environments.
The disc brush version is designed for wet scrubbing of large areas and is particularly suitable for smooth industrial and commercial floors, where high scrubbing performance and uniform cleaning are the priority.
The cylindrical brush version combines scrubbing with an additional sweeping width, which also covers scenarios where, in addition to wet dirt, dry debris (dust, packaging remnants, granulate) occurs regularly. This is particularly interesting for logistics areas, entrances, transitional zones, or retail areas with changing dirt accumulation.
Depending on the application, an IEC-compliant variant may be useful. In practice, this configuration can affect parameters such as travel speed, climbing ability, and sensor sensitivity—relevant for operators who must meet defined safety or compliance requirements.
In everyday life, surface performance counts—in a way that makes it predictable during operation: which zones are cleaned when, how long does a run take, and how constant does the result remain? The Omnie is designed for high cleaning performance and achieves a maximum cleaning capacity of up to 3,600 m²/h depending on the setup. This makes the robot suitable for large indoor areas where conventional manual cleaning quickly becomes too expensive or too irregular.
A major difference between standard automation and modern AI cleaning is the ability to react precisely. The Omnie supports AI-based object recognition to specifically identify and perform spot cleaning on both dry and wet dirt. This is especially valuable in highly dynamic areas where dirt is not evenly distributed but occurs as "hotspots": entrances, checkout areas, packing stations, transitions between indoor and outdoor areas, or high-traffic walkways.
For operators, this means: less unnecessary double cleaning, better prioritization of critical zones, and a cleaning logic that is more closely aligned with real dirt patterns. This turns the cleaning robot not just into a "surface machine," but into a system that actively ensures quality.
In complex environments, navigation determines success or frustration. The Omnie uses 3D/2D LiDAR and cameras, supplemented by 360° situational awareness and multimodal SLAM technology. This supports precise orientation, reliable obstacle avoidance, and stable route guidance—even when lighting conditions are difficult or the environment is constantly changing.
This makes the Omnie particularly well-suited for search terms like "cleaning robot with LiDAR," "autonomous floor cleaning robot SLAM," "cleaning robot for shopping mall," "cleaning robot train station," or "cleaning robot logistics center."
For real-world use, dimensions, maneuverability, and charging windows are decisive. The Omnie is designed to remain operational even in narrow passages: a minimum passage width of 800 mm and a minimum turning circle of 1,100 mm support use in typical building structures, e.g., between shelves, in corridors, or in transitional areas.
Depending on the configuration, the Omnie operates with a LiFePO₄ battery (60 Ah, 24 V). The runtime is up to 3 hours in scrubbing mode; with sweeping/wiping profiles (cylindrical-based), longer operating times of up to 8 hours are possible. The charging time is approx. 2 hours, which makes the system easy to integrate into shift models and cleaning windows—such as cleaning outside peak times and recharging during quiet intervals.
The Omnie is particularly strong when areas are large, the environment changes frequently, and cleaning must reliably "keep up." Typical fields of application:
The benefit arises not only from fewer manual hours, but from stability: clean standards, less risk of slipping, less dust/dirt spread, and a cleaning quality that does not depend on the day's conditions or staffing situation.
