Autonomous floor-care robots built for India — efficient, safe, and data-driven.
Autonomous cleaning robots reduce labor dependency, increase uptime, and provide repeatable cleaning with telemetry for audits and optimization.
Reduce routine labour hours by up to 40% with scheduled autonomous cycles.
Remote scheduling and health monitoring for multi-site deployments.
Usage reports, coverage heatmaps and service logs for compliance.
Sources below reflect the market projection and sector synthesis used to build the charts.
Market projection: Global cleaning-robot market (Grand View Research, 2024–2030). Sector split: industry estimate compiled from IMARC & MarketGrowthReports.
LiDAR + visual odometry + SLAM for accurate mapping, dynamic re-routing, and repeatable coverage plans.
Edge-scrub, spot-clean, slow-dry, and wet-dry with configurable water dispense and brush pressure.
Multi-layered safety: bumpers, 3D ToF sensors, audible alerts, and remote E-stop via fleet manager.
Cloud dashboard for schedules, health monitoring, route playback and OTA firmware delivery.
Optimized dispensing, regenerative braking for energy recovery and low-consumption motors.
Quick-swap scrub heads, easily accessible filters and swappable battery modules.
| Cleaning Width | 650 mm |
| Battery | Li-ion 48V, 60Ah (modular) |
| Run Time | Up to 5–6 hours (eco mode) |
| Charge Time | ~3 hours |
| Top Speed | 1.6 m/s (configurable) |
| Noise Level | < 65 dB |
| Payload (water) | 40 L |
Scheduled overnight deep cleans plus daytime spot cleaning with low noise and safe human co-existence.
Consistent chemical application, documented cycles and lower cross-contamination risk.
Large-area coverage, obstacle negotiation and minimal supervision with fleet scheduling.
Autonomous floor-care robot for large indoor public spaces — reliable, efficient and serviceable.
Delivery robot for hospitality settings with smooth navigation and tray balancing system.
"Great uptime and consistent cleaning — reduced our nightshift costs."
"Easy to deploy and the dashboard helps schedule across 6 locations."
We provide modular batteries and a service plan; on-site swaps reduce downtime. OTA firmware updates simplify maintenance.
Yes — safety sensors, slow-motion modes and scheduled routes let robots operate safely in or around people.