The Sparkoz TN10PRO leverages advanced AI-driven navigation paired with LiDAR, 3D depth sensing, and real-time SLAM algorithms to navigate tight, obstacle-rich environments with precision. Designed specifically for smaller and more intricate spaces — such as offices, retail stores, fitness centers, and classrooms — the TN10PRO maps its surroundings in detail and dynamically adjusts its route to avoid obstacles, optimize path efficiency, and ensure full area coverage. Its compact footprint and intelligent path planning make it uniquely effective in environments where larger robots cannot operate reliably.

The Sparkoz TN10PRO delivers professional-grade cleaning performance in a compact and lightweight design, making it easy to deploy, transport, and store — even in facilities with limited space. Despite its small footprint, the TN10PRO is equipped with a high-efficiency cleaning system and intelligent automation, offering the capabilities of a larger industrial robot at a significantly lower cost. Its affordability makes it an ideal solution for small businesses, schools, hospitality venues, and healthcare environments looking to automate cleaning without breaking the budget. The TN10PRO proves that effective commercial cleaning doesn't have to come with a hefty price tag.

For added flexibility, the Sparkoz TN10PRO features an optional manual operation mode equipped with a telescoping handle, allowing users to guide the robot effortlessly when needed. This feature is particularly useful for cleaning hard-to-reach areas, handling unexpected messes, or navigating through spaces where autonomous operation may be temporarily restricted. The ergonomic design of the handle ensures comfortable use, while the robot’s lightweight build makes manual maneuvering easy and efficient. It’s the perfect blend of autonomy and human control — all in one compact machine.

The Sparkoz TN10PRO utilizes high-precision mapping technology powered by LiDAR sensors and real-time SLAM, enabling it to generate accurate floor maps and follow a systematic cleaning path. This ensures complete area coverage without missing spots or unnecessary repetition. The system integrates multiple sensing technologies, including a wide-angle 3D-ToF camera, a monocular panoramic camera, and high-speed LiDAR with a detection range of 30–40 meters. Combined with advanced AI algorithms, these sensors enable accurate positioning, rapid environment mapping, and enhanced multisensory perception for reliable navigation in complex environments.

Hotels

Schools and Universities

Supermarkets

Large Restaurants

Shopping Malls

Medical Centers / Hospitals