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H30-F30

ILS-H30-F30 3D Laser Profile Scanner

H30-F30

Lightweight Mid-Range 3D Scanning System—Navigation-Level Accuracy, 50-Meter Optimal Range

The H30-F30 is a well-balanced, highly versatile 3D laser scanning system. It integrates the industry-proven ILS-F30 navigation-grade LiDAR with a lightweight pan-and-tilt gimbal, extending precise 2D navigation and perception capabilities to 3D spatial measurement.
The system offers an effective measurement radius of 50 meters and a stereoscopic field of view of 180° × 170°. Thanks to the low-noise, high-precision characteristics accumulated by the F30 radar in SLAM navigation applications, the 3D point cloud generated by the H30-F30 is clean and highly detailed—making it particularly well-suited for inventory management in medium-sized warehouses, volume measurement of large vehicles, and 3D reconstruction in industrial environments. With its lightweight body weighing less than 7 kg and IP67 protection rating, the device can easily handle a variety of installation environments, from indoor high-bay warehouses to outdoor gantry structures.

Keywords:

Category:

Detection

H3X

Select your type

Overview

Navigation-grade kernel, purer data

The F30 radar was originally designed for high-precision AGV navigation and boasts exceptional noise suppression capabilities. Applying it to 3D scanning means that the H30-F30 can generate point cloud models that are smoother and contain fewer spurious points than those produced by conventional measurement radars, thereby significantly improving the accuracy of volume calculations.

50-meter golden range, covering medium-sized scenes.

30 meters isn’t enough, but 80 meters is too much? The H30-F30 has you covered. 50m Its detection range is perfectly tailored to the dimensions of most standard industrial facilities, medium-sized coal sheds, and logistics transshipment stations, achieving full-site coverage at the optimal price-performance ratio.

Lightweight deployment, zero burden on transformation.

Continuing the H3X series <7kg Its lightweight design allows it to easily adapt whether installed on beams in old warehouses or on temporarily constructed testing stands—no complex reinforcement or modification of existing infrastructure is required.

Core features

Core sensor: ILS-F30 Navigation and Obstacle-Avoidance LiDAR
Measuring radius: 50 m (10% reflectance @ 15 m)
3D coverage: 180° (horizontal) × 170° (vertical)
Scanning method: Servo swing scanning
Point cloud characteristics: Low noise, high consistency
Communication interface: Ethernet / Type-C
Overall machine weight: < 7 kg
Protection rating: IP67 (system-level)

The “Standard Answer” for Medium-Sized Yards and Industrial Measurement

H30-F30 is the best choice for balancing performance and cost. In Fertilizer plant, cement plant In the raw materials warehouse, it accurately inventories the stock; in Logistics Distribution Center It quickly measures the volume of large items; in Open-air cargo yard It performs contour scanning on stacked wood or steel. A coverage range of 50 meters is sufficient to meet the measurement requirements of most standard industrial scenarios.

Precise, moderate, and easy-to-use 3D perception

Pure data derived from navigation technology

The core of the H30-F30—the F30—is specifically designed for high-precision navigation in robotics. Compared to conventional measurement radars, it features more stringent signal processing and noise filtering.

This means that when performing 3D scanning, the H30-F30 can generate point cloud models with sharper edges and smoother surfaces. This is particularly important for applications that require precise identification of object shapes or scenarios involving trade settlements with high demands for volumetric accuracy—such as high-value mineral powders and grains.

The “Golden Radius” Covering Medium-Sized Factories

The standard span of industrial buildings typically ranges between 20 and 30 meters. H30-F30 possesses... 50m Measure the radius so that, with just a single installation at the center of the plant’s roof, it can easily cover material piles or work areas on both sides.

This optimally designed measurement range eliminates the hassle of using multiple short-range radars stitched together, while also avoiding the performance oversupply that comes with ultra-long-range radars. It represents the most cost-effective configuration for medium-sized scenarios.

Under 7 kg—fits anywhere.

Large 3D scanners often weigh over ten kilograms, placing extremely high demands on their installation structure. The H30-F30 has reduced the overall weight by optimizing its motor design and materials. 7kg Within.

Whether it’s the color-steel roof of a warehouse, a simple angle-steel support structure, or a mobile inspection robot platform, it can easily adapt to all of them. Its extremely low weight load makes implementing retrofit projects exceptionally straightforward.

Supporting software, data directly connected to business.

H30-F30 can seamlessly integrate with the volume measurement software independently developed by YINTAILI.

The software supports automatic noise reduction, reference surface calibration, and multi-region segmentation. After the scan is completed, the system directly outputs the stockpile’s volume, weight (combined with density), and a 3D report. Additionally, via an API interface, inventory data can be uploaded in real time to your ERP or WMS system, bridging the final mile of digital management.

YINTAILI All-round Services

Measurement Plan Design

We provide optimal installation height and scanning angle recommendations based on your bin shape or lane layout.

Remote software calibration

We offer remote assistance to help you complete empty-bin calibration and coordinate system alignment, ensuring measurement accuracy.

Customized structure

For special installation environments, custom rain covers, mounting brackets, or housings in special colors are available.

ILS-H30-F13 3D Laser Profile Scanner

ILS-H30-N70 3D Laser Profile Scanner

Explore more potential applications

Real-time Volume Monitoring and Smart Position Closing

In the bulk material shipping process at coal mines or ports, loading efficiency directly affects the throughput of the logistics system. Traditional chute-based loading often relies on operators’ experience to perform “blind loading,” which easily leads to uneven loading (imbalanced cargo distribution), underloading (wasted space), or overloading and spillage (environmental pollution and safety hazards). If the load is uneven, vehicles are prone to tipping over during transport; if the load exceeds the vehicle’s capacity, not only does it result in costly material waste, but also exposes the operator to severe environmental and road management penalties. How to achieve “maximum filling, even distribution, and zero spillage” in a dusty environment is the core challenge in realizing unmanned loading stations.

3D Volume and Contour Detection of Fuel Vehicles for Biomass Power Plants

At biomass power plants, fuels such as straw and tree bark are typically purchased by weight. However, due to significant differences in fuel density and varying moisture content, relying solely on weighbridges can easily lead to practices like “water injection fraud” or “passing off inferior goods as superior ones” (e.g., substituting high-density, heavy materials for lighter fuels), resulting in financial losses for the power plant. Moreover, transport vehicles often carry loads that are severely non-compliant—such as excessively wide or overly tall stacks. Manual measurement not only is inefficient and prone to large data errors but also carries a high risk of damaging unloading equipment or causing safety incidents due to vehicle overloading.

More types

Product line

Order number

Scan angle

Scan frequency

Measure distance

Accuracy

Input/Output Interface

Operating temperature

Protection

Housing dimensions

Applicable scenarios

H3X

0101298

180° x 170°

20s

30 meters

±3 cm

Ethernet, RS232

-30°C to 50°C

IP67

Large-scale 3D material scanning

H3X

0101299

180° x 170°

20s

120 meters

±3 cm

Ethernet, RS232

-40°C~60°C

IP67

Ultra-large-scale 3D material scanning

H3X

0101301

180° x 170°

20s

20 meters

±1 cm

Ethernet, RS232

-10℃ to +50℃

IP65

Tendon recognition

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产品对比

订货号	产品线	产品名称	工作模式	扫描角度	扫描频率	分辨率	测量距离	10%反射率检测范围	精度	输入输出接口	抗光干扰	工作温度	供电电压	高低电平	功耗	防护	外壳尺寸	外壳材料	线长	适用场景
0101298	H3X	ILS-H30-F10 3D Laser Profile Scanner	-	180° x 170°	20s	0.018°	30 meters	30 meters	±3 cm	Ethernet, RS232	80,000 Lux	-30°C to 50°C	AC 22V	-	120W	IP67	-	Alloy	Buy separately	Large-scale 3D material scanning
0101299	H3X	ILS-H30-F13 3D Laser Profile Scanner	-	180° x 170°	20s	0.018°	120 meters	80 meters	±3 cm	Ethernet, RS232	80,000 Lux	-40°C~60°C	AC 22V	-	120W	IP67	-	Alloy	Buy separately	Ultra-large-scale 3D material scanning
0101301	H3X	ILS-H30-N70 3D Laser Profile Scanner	-	180° x 170°	20s	0.018°	20 meters	10 meters	±1 cm	Ethernet, RS232	100,000 Lux	-10℃ to +50℃	AC 22V	-	120W	IP65	-	Alloy	Buy separately	Tendon recognition