Marc MT1, the large debris collector
Marc is our cleaning solution for industrial environments and large retail spaces. With its advanced artificial intelligence and ability to manage spaces over 100,000 m², it's the essential tool for large-scale installations.
Cleaning large debris
The MT1 picks up everything, dust, paper, bottles - nothing can resist it
Great ease of access
Effortlessly passes and cleans narrow aisles and areas under tables
Advanced remote control
The app allows you to control the robot in real time from anywhere and at any time.
Device integration
Possibility of integration with external devices to provide service throughout the building
Massive Coverage
The MT1 is specifically designed to handle spaces exceeding 100,000 square meters - an industry-leading capacity. With its 70cm cleaning width, 35L waste bin, and 6-hour battery life, it can cover entire warehouses, manufacturing plants, and distribution centers without human intervention.
Its robust construction and dual-disc brushes handle both fine dust and large debris such as bottles or packaging materials. This industrial-strength capability positions it as the ideal solution for large-scale installations.
Cutting-edge Artificial Intelligence
Marc is revolutionizing industrial cleaning with its unique ability to automatically identify and categorize waste in real time. Unlike traditional robots that clean blindly, the MT1 intelligently distinguishes between real waste and useful objects, activating cleaning only when necessary.
Its database continually improves, learning from each environment to optimize its performance. This intelligence saves energy, avoids redundant routes, and precisely targets the areas that really need cleaning.
Robust Modular Design
Featuring a quick-empty system and modular cleaning components, this robot features a robust design for demanding environments. The 35L waste bin quickly releases for quick replacement and restart of cleaning tasks.
The extendable handle allows for easy manual control, allowing staff to transition the robot between areas effortlessly.
