DTOF Lidar STL27L

The STL-27L consists mainly of a laser ranging core, a wireless power transmission unit, a wireless communication unit, an angle measurement unit, a motor drive unit, and a mechanical case.

The laser ranging core of the STL-27L uses DTOF (Direct Time of Flight) technology, enabling it to perform 21,600 distance measurements per second. During each measurement, the lidar emits infrared laser beams that are reflected back to a single photon-receiving unit upon encountering a target object. By comparing the time when the laser is emitted and the time when it is received by the photon receiving unit, we can calculate the flight time of the laser, which, combined with the speed of light, allows us to determine the distance. After obtaining the distance data, it is fused with the angle measurements from the angle measurement unit to form point cloud data. This data is then wirelessly transmitted to an external interface.

The STL-27L has a compact and small structure, with the same shape and mounting holes as the LD19 lidar. It is suitable for applications that have strict requirements on space and appearance.

Features

• Maximum range is 25m, meeting most commercial service robot application scenarios.
• High-range accuracy at close range (0.03~2m), with average error within ±15mm.
• Extremely small size, easy to integrate design, and ensure the aesthetics of customer products.
• Strong resistance to environmental light interference, to meet the use of 60Klux environment.
• Support for glass wall detection.
• Laser safety in line with FDA Class 1 standards.
• Compact appearance.
• Stable performance with a lifetime of up to 10,000 hours.

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