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F60

ILS-F60 Measurement Laser Scanning Sensor

F60

Compact Measurement Radar—25-meter range, standardized technology, and the cost-performance leader for large-scale deployment.

The F60 is an entry-level measurement radar launched by YINTAILI Technology to meet the demand for large-scale, standardized deliveries. As a measurement variant derived from the F30 platform, it boldly adopts a high-strength engineering plastic housing and a standardized internal structure. While maintaining a measurement range of 25 meters and a field-of-view angle of 270°, it achieves a dual reduction in both size and cost.

Despite its user-friendly positioning, the F60 still boasts a high scanning frequency of 15 Hz and an angular resolution of 0.25°, and supports standard Ethernet data output. Its compact dimensions—60 mm × 60 mm × 75 mm—make it easy to integrate into the chassis of various service robots, cleaning vehicles, and lightweight AGVs, making it an ideal choice for achieving “LiDAR freedom” in the commercial robotics and light industrial automation sectors.

Keywords:

Category:

Obstacle avoidance, navigation, and guidance

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Overview

Lightweight design, ultimate cost-effectiveness

F60 features an optimized... Engineering-grade enclosure material Compared to conventional aluminum alloy radars, this product not only weighs significantly less—just a few hundred grams—but also boasts a dramatically reduced cost, making it ideally suited for large-scale applications in commercial and industrial robotics where bill-of-materials (BOM) costs are highly sensitive.

25-meter precision measurement, with detailed data.

Although compact in size, its performance is no less than that of professional equipment. The F60 offers... 25m the effective measurement distance and 0.25° Its fine angular resolution allows it to deliver high-quality point cloud data whether for building indoor maps (SLAM) or for detecting the dimensions of object shapes.

Ethernet direct output, zero-threshold development.

Standard configuration Ethernet interface It supports UDP data transmission. With our ROS driver package and SDK, developers can acquire data and integrate algorithms in just a few minutes, significantly shortening the R&D cycle.

Core features

Measurement range 25m (10m@10%)
Scan angle 270° (-45° ~ 225°)
Scan frequency 15Hz
Measurement accuracy ±3 cm
External dimensions 60×60×75mm
Operating temperature -15℃ ~ +50℃
Protection level IP65
Data interface Ethernet

Service Robots and Lightweight Automation

F60 is Commercial service robot (Delivery, welcoming guests, hotel delivery) and Commercial cleaning robot the ideal eyes. It can help robots build indoor maps and achieve precise localization. Furthermore, in... Logistics package volume measurement and Smart Warehouse Storage Location Detection Meanwhile, the F60, with its compact size and stable measurement performance, has become an excellent value-for-money alternative to imported sensors.

The perfect balance between standardization and cost-effectiveness

Mini body, at home anywhere.

The F60 features a compact cubic design, with dimensions of only 60mm × 60mm × 75mm 。

Its compact size makes it extremely easy to integrate into the body of a robot or to install in the tight spaces of automated equipment—without compromising the device’s appearance and saving valuable installation space.

Bulk delivery—cost killer

By adopting an injection-molding process for the housing and a highly integrated circuit design, the F60 has successfully reduced production costs to a new low.

For projects requiring the deployment of hundreds or even thousands of robots—such as hotel robot fleets and logistics sorting lines—F60 can significantly reduce hardware procurement budgets, enabling customers to gain a price advantage in fierce market competition.

80,000 Lux—Unafraid of Direct Sunlight

Industrial and commercial environments often face the challenge of direct sunlight exposure (such as near doorways and floor-to-ceiling windows). The F60 is equipped with... 80,000 Lux Its resistance to light interference.

This means that even at noon when the sunlight is intense, the robot can stably build maps and navigate near windows without losing its localization or generating noise due to changes in lighting.

Standardized interface, plug-and-play

The F60 features a standard RJ45 network interface, eliminating the hassle of complicated adapter cables.

Supports a wide voltage range of 9–26V, allowing direct use of the robot chassis power supply. Paired with intuitive host computer software, users can quickly view point cloud results and configure network parameters, making it truly plug-and-play.

YINTAILI All-round Services

Batch testing support

We offer free sample trials and batch consistency test reports to mass-production customers, ensuring that every radar unit delivers consistent performance.

Quick SDK Integration

We provide a lightweight SDK and detailed communication protocol documentation to help you complete software integration in as little as one day.

Stable supply assurance

Manufactured based on standardized processes, it boasts strong production capacity flexibility, easily meeting your supply demands during periods of business growth.

Explore more potential applications

Integrated Autonomous Navigation, Positioning, and Safe Obstacle Avoidance for AGVs

For AGVs and AMRs that employ laser SLAM navigation technology, the key to design lies in how to simultaneously address two core challenges—“Where am I?” and “What’s ahead?”—within the constraints of limited vehicle space and a tight cost budget. Deploying separate navigation radar and obstacle-detection radar not only increases hardware costs but also consumes valuable installation space and complicates system integration. The market urgently calls for a “multi-purpose” sensor solution that can both provide high-precision environmental contour data for mapping and localization and independently deliver reliable safety protection.

Photovoltaic Wafer Handling AGV: High-Precision Navigation and Three-Dimensional Safety Protection

In the intelligent production workshop for photovoltaic cells, AGVs are responsible for handling the high-value, highly fragile silicon wafer baskets. Due to the compact nature of the workshop environment, machinery often features suspended displays or operating consoles, and AGVs themselves tend to be relatively tall—typically standing over 1.5 meters in height. If radar sensors were installed only at the bottom of the AGV, this would create a significant “upper-body blind zone.” Should an AGV’s upper body collide with anything, not only could expensive production equipment be damaged, but the intense vibrations could also cause the entire stack of silicon wafers to shatter, resulting in severe economic losses. Moreover, AGVs must precisely dock with machine conveyor belts to within millimeter-level accuracy, placing extremely stringent demands on navigation precision.

Autonomous Navigation and Obstacle Avoidance for Intelligent Warehouse Mobile Robots (AGVAMR)

In modern e-commerce warehouses or flexible manufacturing workshops, logistics paths are complex and ever-changing. Traditional navigation methods using magnetic strips or QR codes are cumbersome to implement and offer rigid routes, making them no longer suitable for the demands of “flexible production.” The next-generation mobile robots need to be equipped with SLAM-based natural navigation capabilities—enabling them to autonomously localize themselves and plan paths in environments without any auxiliary markers. Meanwhile, given the mixed human-robot flow within warehouses and the dynamic nature of goods placement, robots must possess highly sensitive, autonomous obstacle-avoidance capabilities to prevent collisions with shelves or personnel and ensure continuous, efficient operations.

Autonomous Forklift: Autonomous Positioning, Navigation, and Operational Safety Protection

In automated warehousing and logistics, unmanned forklifts often need to operate in narrow aisleways between shelves and in busy transfer zones. Traditional laser reflector-based navigation requires installing numerous reflectors on walls and shelves, a process that is both labor-intensive and costly to maintain. Moreover, if the positions of shelves are changed, the navigation system must be reconfigured from scratch. Additionally, forklifts are heavy and have significant inertia; if they fail to promptly detect suddenly appearing personnel or scattered goods while moving, they can easily cause serious safety incidents or even lead to shelf collapses.

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More types

Order Number	Product line	Product Name	Product abbreviation	Configuration Instructions	Scanning angle	Scanning frequency	Resolution	Measure the distance	10% reflectivity detection range	Accuracy	Input/Output Interface	Anti-light interference	Operating temperature	Power supply voltage	High and low voltage levels	Power consumption	Protection	Housing dimensions	Shell material	Cable length	Applicable scenarios
0101285	F60	ILS-F60 Measurement Laser Scanning Sensor	F60-Z	Navigation mode	270°	15 Hz	0.25°	25 meters	25 meters	±3 cm	Ethernet	80,000 Lux	-25°C to 50°C	DC 9~26V	-	<4W	IP65	97mm (length) × 23mm (width) × 47mm (height)	PC	-	-
0101286	F60	ILS-F60 Navigation Laser Scanner Sensor	F60-C	Navigation mode	270°	15 Hz	0.25°	25 meters	25 meters	±3 cm	Ethernet	80,000 Lux	-25℃ to +50℃	DC 9~26V		<4W	IP65	97mm (length) × 23mm (width) × 47mm (height)	PC
0101296	F60	ILS-F60 Navigation Laser Scanner Sensor	F60-Z-S01	Data Obstacle Avoidance	270°	15 Hz	0.25°	25 meters	25 meters	±3 cm	Ethernet	80,000 Lux	-25℃ to +50℃	DC 9~26V	-	<4W	IP65	97mm (length) × 23mm (width) × 47mm (height)	PC	-	Data Obstacle Avoidance