Vacuum 40
Gausium develops AI-powered autonomous cleaning robots, delivering intelligent floor care solutions for commercial, industrial, and public facilities.
The Gausium Vacuum 40 is an autonomous commercial vacuum robot designed for indoor environments such as hotels, offices, and transportation facilities.
Key Features & Specifications:
• Autonomous vacuuming designed for commercial and hospitality environments
• Simultaneous vacuuming, sweeping, and dust-mopping capabilities
• Cleaning width of 720 mm (28 in) for efficient area coverage
• Cleaning efficiency up to 2,300 m² per hour (24,757 ft²/hr) theoretical output
• Practical cleaning productivity of 400–800 m²/hr (4,306–8,611 ft²/hr)
• Powerful 24 kPa suction for removing dust and debris from carpets and hard floors
• Runtime up to 3 hours of vacuuming or 18 hours of dust-mopping depending on cleaning mode
• Lithium-iron-phosphate battery with approximately 2–2.5 hour charging time
• Advanced sensing system with LiDAR, a 3D depth camera, an RGB camera, and anti-drop sensors
• Edge-cleaning capability with side brushes for improved wall and corner cleaning
When launching an autonomous cleaning deployment, In-Position Technologies engineers take a consultative approach. First, they review the facility’s cleaning requirements. They also evaluate operational needs. This process helps determine the best robotic cleaning solution. Next, the team studies the facility workflow. This ensures the cleaning system integrates smoothly with daily operations.
Their evaluations include:
• Facility size and cleaning coverage requirements
• Floor types and surface conditions
• Operational hours and cleaning schedules
• Traffic patterns and safety considerations
Finally, customers may deploy the Vacuum 40 as part of a facility automation strategy.
• Determining the best deployment strategy for the facility layout
• Configuring cleaning routes and schedules for maximum efficiency
• Ensuring safe operation around personnel and equipment
• Providing support for installation, training, and long-term system performance