The Sparkoz TN70 is equipped with a sophisticated array of sensors — including ultrasonic detectors, infrared sensors, bumpers, and 3D cameras — that work in tandem with AI-powered algorithms to detect and avoid obstacles in real time. Whether it's furniture, people, or unexpected objects, the TN70 can smoothly navigate around them without interrupting its cleaning routine. This intelligent obstacle avoidance system not only ensures uninterrupted operation but also enhances safety in busy environments such as hospitals, airports, and shopping centers. The robot can also dynamically recalculate its path, minimizing delays and optimizing route efficiency.

The Sparkoz TN70 features a robust, industrial-grade cleaning system designed to handle demanding environments with ease. It combines dual rotating brushes, a high-suction vacuum motor, and a pressurized water spray system to effectively remove dust, dirt, stains, and debris from various types of flooring, including tile, vinyl, concrete, and low-pile carpet. The integrated squeegee and vacuum assembly ensures thorough water recovery, leaving surfaces clean and dry in a single pass. With adjustable cleaning modes and smart pressure controls, the TN70 consistently delivers professional-grade results — even in high-traffic or heavily soiled areas — with minimal human intervention.

The Sparkoz TN70 is designed for fully autonomous operation, enabling 24/7 cleaning without the need for constant human supervision. With customizable scheduling features, users can program cleaning tasks based on specific times, zones, or routines — whether during off-peak hours, overnight, or in coordination with facility usage patterns. This intelligent scheduling system allows the TN70 to adapt to a wide range of environments, from commercial buildings and airports to warehouses and public venues. The robot can automatically return to its docking station to recharge or empty waste, ensuring uninterrupted operation and optimal cleaning coverage without manual intervention.

The Sparkoz TN70 is equipped with an intuitive and interactive touchscreen interface that simplifies operation for users of all technical levels. The UI provides real-time status updates, visual cleaning maps, error alerts, and performance analytics — all accessible directly from the robot or remotely via a connected device. With support for multi-language settings, role-based access, and cloud integration, users can easily customize cleaning parameters, schedule tasks, and monitor activity with just a few taps. This streamlined control system not only enhances user experience but also ensures quick deployment and smooth integration into existing facility management routines.

The Sparkoz TN70 is engineered with a strong focus on operational safety, incorporating multi-layered sensory redundancy that ensures reliable performance in dynamic and populated environments. The robot is equipped with overlapping safety systems — including proximity sensors, emergency stop functions, real-time obstacle recognition, and anti-collision protocols — designed to prevent accidents and protect both the machine and its surroundings.

This rigorous approach to safety has earned the TN70 multiple internationally recognized certifications, including but not limited to:
FCC, CE, TUV SUD, RoHS, and IEC compliance. These certifications validate the robot’s adherence to global standards in electromagnetic compatibility, electrical safety, and environmental impact.

Airports

Schools and Universities

Supermarkets

Convention Centers

Shopping malls

Medical centers / Hospitals

Textured, grouted, or uneven surfaces, such as:

Concrete with heavy texture
Ceramic tile with grout lines
Rubber flooring
Natural stone

Environments with larger debris, like:

Warehouses
Industrial kitchens
Manufacturing facilities

Advantages

Built-in debris collection = vacuum + sweeping in one pass
More effective in grout lines and uneven surfaces
Reduces the need for pre-sweeping

Automatic charging

Automatically add water

Automatic drain

Scheduled tasks on workstations