OmniSLAM Explosive-Proof LiDAR Scanner RM+ – Millimeter Accuracy

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The OmniSLAM RM+ is a high-precision, explosion-proof handheld SLAM LiDAR scanner designed for 3D mapping in GPS-denied, hazardous environments like underground mines. Certified IECEx/ATEX for explosive atmospheres, it delivers millimeter-level accuracy for critical mining applications.

Key Features:

1. World-Realistic Colour
Precision Level (mm)
Rotating single lidar
2. Dynamic Scanning accuracy 2mm
3. 2mm Ultrathin point clouds
4. Maximum 500 thousand/㎡ hyperfine point
clouds
5. Pixel-level texture like a real scene

Delivery Terms:

DAP, Global shipping

Parts included in the package:

1 unit OmniSLAM RM+ handheld LiDAR Scanner;

Backpack Kit;

Warranty:

OEM Warranty, 1 year;

Lead Time:

2 weeks plus transport.

OmniSLAM RM+ Explosive-Proof, Millimeter Accuracy SLAM LiDAR Scanner

Engineered for Extreme Mining Conditions

The OmniSLAM RM+ is the industry’s premier explosion-proof SLAM LiDAR scanner, purpose-built for underground mining operations. With intrinsic safety certification (IECEx/ATEX) and ruggedized construction, it delivers millimeter-accurate scans in methane-rich environments where conventional scanners fail.

Uncompromised Precision & Range

Feature	RM+ (Premium)	RM (Standard)
Accuracy	Millimeter-level	Centimeter-level
Point Cloud Quality	Ultrafine detail	High resolution
Max Scan Duration	1 hour / 3km	1 hour / 3km

Our proprietary single-rotation LiDAR technology captures complex geometries flawlessly – from bent roadways to vertical shafts – without sacrificing data integrity.

Critical Safety Innovations

Remote Hazard Scanning: Deploy the included Extension Rod to map high-risk zones (e.g., gob areas) from secure distances
Continuous Operation: Industry-leading 3km/1hr scanning capacity for large-scale surveys
Explosive Atmosphere Certified: Safe for Zone 0/1 environments (methane/coal dust)

Demo Video

Applications of OmniSLAM RM+ Mining SLAM LiDAR Scanner

“Ultrafine RM+ point clouds enable advanced geotechnical analytics impossible with conventional systems”

Roadway Deformation Analysis: Millimeter-precise convergence monitoring
Slope Stability Assessment: Identify rockfall risks with sub-centimeter fidelity
Backfill Volume Calculation: Automated material estimation with 98% accuracy
Mesh Model Generation: Create simulation-ready 3D models on a single workstation