The Future of Factory Logistics Is Here
The X300 Series deploys in 30 minutes, requires zero infrastructure changes, and delivers 3× the handling speed of manual labor with a 6–10 month ROI guarantee.
Traditional AGVs
Are
Breaking Your Business
Designed for large enterprises with massive budgets, legacy AGV systems leave small and medium-sized factories behind stuck with delays, costs, and inflexibility.
Complex, Slow Deployment
Traditional AGV projects take 3 months to 2 years just to deploy. Your production schedule can’t afford to wait and neither can your customers.
Rigid, Inflexible Systems
Every time your production line changes, you’re looking at full redeployment and massive downtime. Traditional AGVs can’t adapt, they just get in the way.
Crushing Infrastructure Costs
System and network setup alone exceeds USD 80,000. Most small and medium factories never even get to start the price of entry is already the price of failure.
ROI That Never Arrives
With payback periods exceeding 2 years, traditional AGVs are a financial gamble most businesses can’t afford to take or can’t afford to wait out.
| Indicator | Traditional AGV | iBEN X300 Series |
|---|---|---|
|
Deployment Time |
3 months – 2 years |
30 minutes |
|
Deployment Cost |
USD 50,000 – 800,000 |
Zero infrastructure cost |
|
Flexibility |
Low — requires full redeployment |
High — plug-and-play |
|
ROI Period |
2+ years |
6–10 months |
X300 AMR: Deploy in Minutes, Not Months
Built for real factories. Laser SLAM + Visual SLAM fusion navigation means no floor modifications, no network overhaul, no waiting. Just results.
Zero-Transformation Deployment
Autonomous map construction in 30 minutes using Laser SLAM + VSLAM fusion. No changes to your factory floor, walls, or network infrastructure required.
Intelligent, Self-Operating Brain
The X300 doesn’t rely on external RCS systems. It independently plans tasks, schedules routes, and adapts to your floor conditions in real time — reducing deployment costs by 90%
Full IOT Integration
One-click connectivity with elevators, access control, and production lines. Supports WMS, ERP, and MES systems with an open API for custom development.
Simple to Learn, Easy to Run
Your team gets up to speed in 10 minutes. Flexible delivery scenarios are completed in under 45 minutes. No specialist engineers needed on-site
Multi-Layer Safety System
360° LiDAR, 3D depth cameras, anti-collision edges, emergency stop, and slope monitoring work together so your factory floor stays safe — zero accidents to date
Scales With You
From a single robot in a small factory to 50+ robots across 50,000 m² with cloud scheduling — the X300 platform grows as your business does, without starting over.
Built for Extreme
Real-World Conditions
1,000+ hours of factory environment testing.
Every number below is a verified result,
not a spec sheet promise.
- Can traverse 5° slopes without any auxiliary equipment, handles real factory terrain without modifications.
- Climbs 20mm-high steps while maintaining full stability and load integrity.
- Obstacle avoidance response under 0.1 seconds — depth cameras identify suspended obstacles that traditional LiDAR misses entirely.
- Mapping accuracy of ±10mm with dual-laser radar 360° real-time scanning. Your robots always know exactly where they are.
- 83% of faults are automatically identified and resolved by the self-diagnosis system — your team only gets called when it truly matters.
Three Models.
Every Scenario Covered.
All X300 variants share the same chassis, safety systems, and navigation platform. Choose the configuration that matches your workflow.
X300B-L
Jack Handling
|
Lifting Height |
60mm max |
|
Best for |
Warehouses & line-side storage |
|
Replaces |
Manual forklifts |
|
Max Load |
Manual forklifts |
|
Machine Size |
870 × 504 × 1200mm |
X300B
Flat Handling
|
Lifting Height |
60mm max |
|
Best for |
Warehouses & line-side storage |
|
Replaces |
Manual forklifts |
|
Max Load |
Manual forklifts |
|
Machine Size |
870 × 504 × 1200mm |
X300T
Multi-Layer Pallet
|
Lifting Height |
60mm max |
|
Best for |
Warehouses & line-side storage |
|
Replaces |
Manual forklifts |
|
Max Load |
Manual forklifts |
|
Machine Size |
870 × 504 × 1200mm |
Zero Accidents.
By Design.
Four overlapping safety systems ensure nothing slips through. Every X300 undergoes 1,000+ hours of real factory environment testing before it reaches your floor.
Omnidirectional scanning with millimeter-level precision. No blind spots. Real-time obstacle detection that never sleeps.
Depth cameras identify suspended obstacles overhanging racks, crossbars, equipment that flat LiDAR systems completely miss.
From detection to full stop in under 100 milliseconds. Anti-collision edge strips trigger immediate shutdown on physical contact.
The intelligent inspection system automatically identifies and resolves the vast majority of issues — no engineer required on most faults.
Built for the Industries That Build Everything.
From battery cells to pharmaceuticals, the X300 adapts to the unique demands of each sector without customization costs or delays.
High-precision equipment docking, dense storage management, and full-scene handling workflows.
Clinical logistics, patient guidance, and autonomous AI disinfection for hospitals and medical facilities
Heavy material transport, site cleaning, and depot logistics across active construction environments.
Numbers That Make the Decision Easy.
Every metric below is drawn from real customer deployments across factories in China and Southeast Asia.
Average ROI period. Your investment pays itself back before your competitors have even finished deploying their traditional AGV system.
Reduction in total operation and maintenance costs compared to traditional solutions. Modular design means most repairs take under 20 minutes on-site.
Reduction in deployment infrastructure costs versus conventional AGV setups. No RCS system needed. No additional network equipment required.
Frequently Asked Questions (FAQ)
Collie’s IoT sensors (Beacons/NFC) track robot location and status in real-time, while our AI Video Analytics help autonomous robots navigate, detect humans, and avoid obstacles safely.
Yes. Similar to our fleet tracking use-cases, Collie can monitor whether autonomous cleaning robots have successfully completed their routes and tasks in designated facility areas.
Our AI can detect missing PPE or unauthorized entry. If a worker enters a hazard zone, the system can instantly signal the automated machinery or patrol robot to halt operations.
Yes. Collie’s Face Recognition can be embedded into service or receptionist robots to identify registered staff, trigger stranger alerts, and manage automated access control.
You can use Collie’s Environment Monitoring sensors to track ambient temperature and humidity. The system sends instant alerts if conditions pose an overheating or damage risk to the robots.
Your Factory. 30 Minutes From Automated.
Talk to our team today. We’ll walk you through a live demo, assess your specific use case, and tell you exactly what your ROI timeline looks like with no pressure, no commitment.