Measurement Accuracy
360° rotating 3D laser scanning captures complete stockyard point clouds at high speed; Object recognition automatically filters moving objects such as people and construction machinery to ensure measurement accuracy
Pain Points
Are You Facing These Challenges?
These issues raise operating costs, delay decisions, and create safety and settlement risks.
Safety Risk
Portable offline LiDAR still needs manual operation, with high measurement error and poor timeliness, and dusty environments endanger personnel health
Accuracy
Manual inventory is labor-intensive and inaccurate, failing to meet refined production and cost-accounting requirements; Materials are stored in many forms, so large warehouses need different scanning approaches per scenario, making modeling difficult; Segmented deployments run as isolated systems, forming information silos that prevent real-time, site-wide stock visibility
Efficiency
Long manual inventory cycles fail to catch stock anomalies and loading deviations in time
Financial Impact
Inventory records are inconvenient for reconciliation
How It Works
Four Steps to Automated Measurement
Fully automated from data capture to output — no manual intervention.
01
3D LiDAR Scanning
High-density point cloud capture of stockpile surfaces
02
AI Computation
Segmentation, interference removal & volume calculation
03
Reports & 3D Model
Volume reports with traceable 3D models
04
System Integration
REST / Modbus link to ERP inventory — audit data lands automatically
Why Neuvition
Core Capabilities
Multi-Scenario
Material zone management automatically computes volume and weight per sub-zone; Multi-sensor registration: each LiDAR application unit connects up to 8 LiDARs for seamless stitching across large warehouses; each core unit supports up to 5 application units; each application server supports up to 600 LiDARs for large-scale networking
Real-Time
Contactless automatic measurement needs no manual intervention and withstands harsh industrial environments such as dust
Integration
Distributed core-unit design gives each silo its own configuration, spreading failure risk for high system stability; Scheduled auto-inventory plans, historical report query/export and HTTP remote access
Industries
Industries We Serve
Explore customer cases by industry
Mining
Monthly stockpile audits & volumetric freight settlement
Cement
Clinker & raw stockyard inventory, load metering
Port
Bulk yard handover & loading metering
Bulk Material Logistics
Bulk stockpile audits & transshipment load metering
Warehousing
Indoor stockpile inventory & warehouse digitization
Agriculture
Grain silo & feed stockpile smart inventory
Power Plant
Coal inventory management & feed metering
Chemical
Chemical feedstock stockpile inventory & hazardous-area metering
Customer Cases
Related Customer Cases
- 1. A large coal-mine bunker project: multiple 3D laser scanners perform zoned volume measurement of enclosed coal bunkers for automated inventory and real-time stock monitoring, replacing manual high-altitude inventory
- 2. A cement plant raw-material warehouse: automatic volume/weight calculation per zone for raw materials such as limestone and clay, with daily auto-inventory and report export
- 3. A port bulk-cargo stockyard: fixed scanning per zone for coal and ore, supporting entry/exit stock reconciliation and anomaly alarms
- 4. case-byd-lithium-stockpile: BYD large lithium-mine stockpile smart inventory project (Nanning, Guangxi, China
- in-ground bunker 160.4m × 42m × 6m, ~20m headroom
- 3 × 3D LiDAR mounted high along the bunker, 15–18m above ground, ~15% scan overlap
- ≤15 min per audit, 98%+ volume accuracy, ±2cm ranging accuracy
- authorized, anonymous publication)
FAQ
Frequently Asked Questions
Can the system handle harsh environments such as dust and rain?
Contactless automatic measurement needs no manual intervention and withstands harsh industrial environments such as dust; the equipment is IP67-rated, and behavior under specific conditions is subject to the final technical specification.
How large a warehouse can one LiDAR cover?
A single scanner offers 150m@10% reflectance range with a 360°×180° field of view, and multi-sensor registration (up to 8 LiDARs per application unit) enables seamless coverage of large warehouses; the exact coverage must be determined by site survey based on warehouse size, structure and material stacking.
What is the measurement accuracy?
Contactless 3D laser scanning; specific scan time and accuracy figures are subject to the final technical specification and unconfirmed parameters are not promised.
How are different material zones distinguished and computed separately?
The system supports material zone management and automatically computes volume and weight for each sub-zone.
Can it connect to existing ERP/WMS/weighbridge systems?
HTTP remote access and external interface services are supported for upper-level systems; specific protocols are subject to the technical specification.
How long does installation and commissioning take?
It depends on on-site conditions (size, structure, stacking); a site survey is required, so please consult our sales and technical team.
Do personnel and construction machinery on site affect accuracy?
Object recognition automatically filters moving objects such as people and construction machinery to ensure measurement accuracy.
Which export formats and reports are supported?
Scheduled auto-inventory plans and historical report query/export are supported; specific formats are subject to the technical specification.