ZYLOR TECH Distributor

Heavy-Duty Industrial Sweeping Robot S9

Heavy-Duty Dry Waste Sweeping Robot for Industrial Facilities

S9 is typically deployed in industrial indoor environments where large volumes of dry waste must be collected continuously, either as the primary cleaning unit or as a specialized component within a multi-robot fleet.

Model S9
Distributor ZYLOR TECH

Product Details

Autonomous Environment Awareness Cleaning Robot for Indoor Industrial Scenarios (Intelligent Garbage Recognition)

Robot:
Cleaning Mode: Automatic Cleaning
Control: Auto/ Voice/ App
Autonomous Navigation: Yes
Obstacle Avoidance: Yes
Enhanced Environmental Awareness: Yes
Intelligent Garbage Recognition: Yes
Appointment Time: Yes
Intelligent Breathing Light Effect: Yes
Voice Broadcast Prompts: Yes
Platform: NextRobot
Task Report: APP
Visual Fusion: 4 x Deep Sense
Main Lidar: 1 x 3D 32line
Charging Time: 3 hours 
Battery Life: 4 - 8 hours
Cleaning Efficiency: 2,500 ㎡/ h 
Sweeping Width: 35.43 in/ 90 CM
Size: 85 x 60 x 52 CM
Weight: 143 lb/ 65 KG
Garbage Capacity: 9.9 gal/ 45 L

Product Video

01 / High-Performance Industrial Waste Cleaning

High-Capacity Dry Waste Cleaning

  • Ultra-strong suction for large dry debris and packaging waste
  • Designed for pallets, cartons, shrink wrap and dust accumulation
  • 2,500 m²/h cleaning efficiency for wide logistics aisles
  • Handles continuous industrial contamination
02 / Autonomous

Autonomous 24/7 Operation

  • Automatic docking and charging at base station
  • 7×24 unmanned continuous operation
  • 4–8h runtime with 3h fast charging
  • Scheduled tasks and remote App control
03 / Smart Site Management

Large-Site Navigation & Coverage

  • 10,000 m² map coverage without data and map splicing
  • Autonomous cruising and route planning
  • Advanced obstacle avoidance for dynamic warehouses
  • Multi-zone scheduling
04 / Safe Use in Industrial Sites

Human-Safe Industrial Deployment

  • Intelligent voice alerts
  • Breathing light signals
  • Pedestrian-aware obstacle avoidance
  • Designed for shared human–robot environments