Smarter, More Affordable
LiDAR Sensors
Dedicated to 2D and 3D automotive-grade LiDAR services. Direct factory pricing for autonomous driving, robotics, smart cities and industrial applications.
Triple Certified
CE, ROHS, SGS
24hr Support
One-on-one consulting
24hr Replacement
Free global delivery
26+ Countries
Global shipping
Complete LiDAR Product Categories
From entry-level 2D navigation sensors to automotive-grade 128-channel 3D systems — find the right LiDAR for every application.
2D Navigation LiDAR
Obstacle avoidance & SLAM for AGVs and service robots
3D Mechanical LiDAR
High-resolution 360° point cloud for autonomous driving & mapping
3D Forward LiDAR
Automotive-grade front-facing sensors for ADAS and L2+ systems
3D Blind Compensation
Near-zero blind zone for compact robots and forklifts
IO Obstacle Avoidance
Simple digital I/O output for industrial safety detection zones
Smarter, More Affordable, Higher-Quality LiDAR
We focus on the sales and technical services of LiDAR, bringing together a full range of products including 2D TOF Lidar, 3D blind compensation Lidar, 3D Forward Lidar, 3D mechanical Lidar, and industry bestsellers such as RoboSense Helios, Hesai XT32, and LSLidar CX128.
LidarStar eliminates intermediaries through a direct factory sales model, providing customers with cost-effective LiDAR sensors. Our products have been shipped to 26+ countries including the United States, Canada, Japan, and the European Union.
Factory-Grade Quality, Delivered Globally
From production line to your doorstep, every step of our process is designed to ensure reliability, precision, and value.
Direct Factory Supply
We partner directly with manufacturers — eliminating middlemen to deliver factory-price sensors to you.
Rigorous Lab Testing
Every unit undergoes impact vibration, environmental simulation, and temperature cycle testing before shipment.
Triple Certification
CE, ROHS, and SGS certified. Our quality management meets international standards for global compliance.
R&D Engineering Team
Our in-house R&D team supports custom integration, firmware updates, and technical documentation.
Safe Packaging & Logistics
Anti-static, shock-resistant packaging with real-time tracking. Delivered safely to 26+ countries.
Global After-Sales
24-hour free replacement for damaged goods with global free delivery and dedicated one-on-one support.
Served
Worldwide
Partnered
Covered
LiDAR Solutions
Industrial Obstacle Avoidance & Navigation
Real-time distance measurement and 3D mapping for factory floors, warehouses, and...
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Vehicle-Mounted LiDAR
Real-time scanning of road conditions, precise distance measurement and positioning,...
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Rail Transit Obstacle Avoidance
Scanning for foreign objects on tracks and monitoring clearance limits ensures safe train...
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Drone 3D Mapping
Real-time environmental scanning, precise obstacle avoidance and altitude determination f...
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Trusted by Engineers Worldwide
From robotics labs to autonomous vehicle companies — see what our global customers say about LidarStar.
Borderless Procurement, Reliable Worldwide Delivery
As a global procurement platform, we support customers to place orders from anywhere in the world. Our logistics network covers major countries and regions to ensure fast, safe delivery of goods.
Certifications & Quality Process
Every LidarStar product passes multi-stage certification and meticulous quality monitoring before leaving the factory.
CE Certification
European conformity for safety, health & environment
RoHS Compliance
Restriction of hazardous substances in electronics
SGS Certified
World's leading inspection, testing & verification
IP67 Rating
Dust-tight and water-resistant protection
Our 5-Step Quality Process
From raw material to final delivery, every step is strictly controlled.
Production
CNC precision assembly
Lab Testing
Vibration & temp tests
Certification
CE / RoHS / SGS check
Packaging
Anti-static safe pack
Delivery
Global logistics tracking
Latest Blog Posts
2D vs. 3D LiDAR for AGVs: Boosting Warehouse ROI & Navigation
Warehouse automation has crossed a threshold where the sensor a robot uses isn’t a spec-sheet detail — it’s a strategic decision that shapes uptime, safety margins, and ultimately, return on investment. The 2D vs 3D…
The 2026 Tipping Point: From Experimental R&D to Mass-Market ADAS
Automotive LiDAR is crossing a threshold that the industry has been building toward for nearly a decade — and 2026 is where the economics finally align with the engineering. For most of its commercial history,…
Why LiDAR is Essential for Nighttime & Backlight Navigation
Cameras often struggle at night not solely due to software shortcomings, but because of an unavoidable physical dependency baked into every silicon sensor on the market. CMOS sensors — the image capture technology powering virtually…
The Physics of Redundancy: Why LiDAR Alone Fails in Edge Cases
LiDAR is not a universal solution — it’s a precision instrument with hard physical limits that make sole reliance on it a functional safety liability. LiDAR wavelengths, whether 905nm or 1550nm, scatter aggressively when photons…
FMCW vs. ToF LiDAR: The Key to Level 4 Autonomous Vehicles
Two fundamentally different physical principles separate legacy LiDAR from the next generation — and that gap now determines whether autonomous vehicles can safely navigate the real world. ToF operates like a stopwatch. The sensor fires…
Solid-State vs. Mechanical LiDAR: The Future of L4 Autonomy
Mechanical LiDAR sensors are engineering marvels built for laboratories — but the demands of Level 4 autonomy are systematically exposing every fragility they carry. At the core of every spinning LiDAR unit sits a stack…
The Perceptual Vacuum: Why Long-Range LiDAR Isn’t Enough
Most autonomous robots are built to see far — but the collisions happen close. That fundamental mismatch defines one of the most underappreciated risks in modern robotics, and it’s why 3D blind spot compensation LiDAR…
The Shift from Reactive to Predictive Obstacle Avoidance
Autonomous systems relying on reactive detection alone are already obsolete — the industry’s next competitive line is drawn between sensors that detect and systems that predict. LiDAR obstacle avoidance has crossed a threshold: stopping when…
Why 3D Forward LiDAR is Replacing 2D for Autonomous Vehicles
A robot that can’t see a child’s outstretched arm or a shopping cart handle isn’t navigating — it’s gambling. For decades, 2D LiDAR served adequately in controlled, predictable spaces: warehouse aisles, factory floors, mapped corridors.…
