Industrial LiDAR Sensors for Detection, Measurement & Mobile Robotics

Industrial 2D LiDAR scans across a horizontal plane to obtain distance and position information about surrounding objects. Typical uses include object detection, distance measurement, positioning, docking, contour sensing, surrounding-area sensing and, on selected configurations, navigation-data integration.

No. Not every YB model provides the raw scan data required for natural navigation. Detection-oriented models, including S configurations, are intended for sensing applications and do not provide the raw distance and angle data required by natural-navigation software. For mapping, localization or natural navigation, choose a YB configuration specifically designed for raw-data output.

Start with the application requirements rather than the model name. Define the required working range, scan field, output data, communication interface, installation conditions and operating environment. The most important distinction is whether the host system needs only detection or measurement information, or requires raw scan data for external processing.

Industrial LiDAR is primarily used to provide sensing, measurement and scan data to automation or navigation systems. A safety laser scanner is designed for safety-related machinery applications using protective fields and safety outputs. If personnel protection is part of the machine risk-reduction function, use an appropriately safety-rated device such as the SH Series rather than a standard industrial LiDAR. For applications requiring safety-rated personnel protection, explore our Safety Laser Scanner solutions.

Supported raw-data configurations can provide scan information such as distance and angle data for processing by an external controller, industrial computer or navigation system. The exact data format and available information depend on the specific YB model and communication interface.

Confirm the mounting height and orientation, required scan plane, mechanical clearance, power and wiring, target characteristics, ambient conditions and any structures that could block the scan. For navigation applications, installation stability and the relationship between the sensor coordinate system and vehicle coordinate system should also be considered during integration.

Yes. Technical resources can include model-specific datasheets, manuals, mechanical information and communication or data-protocol documentation where applicable. CCH can also support model selection, interface matching and application-specific integration discussions.

Sample evaluation is available for suitable projects, subject to model availability and project requirements. Testing the selected configuration with the actual controller, robot or automation system can help verify integration before volume procurement. Providing the application and interface requirements first helps us identify the appropriate model for evaluation.

Working range varies by YB model. Selected configurations can reach up to 40 m at 70% target reflectivity, while other models are designed for shorter operating ranges. Actual achievable distance also depends on target characteristics and application conditions, so the required working range should be confirmed during model selection.