Scrubber 75

Overview and Use Cases

The Scrubber 75 is a fully autonomous floor scrubbing robot built for high-throughput cleaning in large indoor environments. With a 750 mm scrubbing width and a reported coverage rate of up to 3,000 m²/hour, it is engineered for venues where manual or semi-automated cleaning would be impractical at scale. Typical deployment environments include:

• Warehouses and logistics centers requiring consistent floor hygiene across expansive concrete surfaces
• Manufacturing facilities where floor cleanliness affects both safety and product quality
• Airports and transit hubs with high foot traffic and demanding sanitation standards
• Large retail and exhibition spaces that need efficient overnight or off-hours cleaning

The robot is designed to operate with minimal supervision, freeing facility staff to focus on other tasks while maintaining consistent cleaning quality.

Key Technical Specifications

Based on publicly available product information, the Scrubber 75 includes the following reported specifications:

• Cleaning width: 750 mm
• Clean water tank capacity: 75 liters
• Scrubbing efficiency: Up to 3,000 m²/hour (reported; actual performance may vary by environment)
• Navigation: Autonomous route planning using onboard sensors, reportedly including LiDAR and camera-based perception
• Operation mode: Fully autonomous with the ability to return to a docking or refill station as needed

Specific details such as battery runtime per charge, brush pressure settings, and exact sensor configurations are not consistently disclosed in public documentation and should be confirmed directly with Gausium.

Navigation and Intelligence

Gausium's cleaning robots, including the Scrubber 75, are built on the company's proprietary robotics platform, which integrates simultaneous localization and mapping (SLAM) technology. The robot reportedly builds and updates maps of its operating environment, enabling it to adapt to dynamic obstacles such as people, pallets, or equipment left on the floor. Fleet management software, which Gausium offers alongside its hardware, allows operators to monitor cleaning progress, review coverage data, and schedule missions remotely — a capability increasingly valued by enterprise facility managers.

Comparison to Similar Robots

Within Gausium's lineup: Gausium offers multiple autonomous scrubber models at different scale points. The Scrubber 75 sits toward the higher end of the company's cleaning-width range, suited for larger open areas, whereas smaller Gausium scrubber models are better suited for narrower aisles or more complex indoor layouts.

Competitive landscape: The Scrubber 75 competes with autonomous floor scrubbers from manufacturers such as Tennant (with its T-series autonomous models), Nilfisk, Karcher, and Brain Corp-powered machines. Differentiators in this segment typically include tank capacity, cleaning width, navigation sophistication, and fleet software integration. Gausium positions itself as a technology-forward competitor with strong software capabilities alongside its hardware.

Market Context and Target Buyers

The Scrubber 75 is positioned as an enterprise-grade solution, targeting facility management companies, third-party cleaning service providers, and large corporations managing their own facilities. Pricing for autonomous industrial scrubbers in this class is generally in the range of tens of thousands of dollars per unit, though Gausium does not publicly list MSRP figures. Buyers in this segment typically evaluate total cost of ownership, including labor savings, maintenance contracts, and software subscription fees, rather than upfront hardware cost alone.

Gausium has reported deployments across Asia, Europe, and North America, with customers reportedly including major logistics operators, airports, and retail chains, though specific named customer references should be verified through official Gausium communications.

Future Outlook

The autonomous commercial cleaning robot market is growing as labor costs rise and hygiene standards become more stringent in post-pandemic facility management. Gausium has been expanding its international distribution and software ecosystem, and models like the Scrubber 75 are likely to benefit from ongoing improvements in AI-driven navigation, predictive maintenance, and integration with broader building management systems. As of public reporting, Gausium continues to iterate on its cleaning robot platform, suggesting future variants or successors to current models may offer enhanced runtime, connectivity, or cleaning performance.