LakiBeam is a dTOF 2D LiDAR designed by Richbeam based on the principle of light detection and ranging. It can be widely used in robots, AGV, AMR and industrial measurement. LakiBeam is famous for its high quality and high stability. It is currently the LiDAR Sensor with the highest customer repurchase rate. With LakiBeam, you can easily obtain on-site data collection and efficiently promote robot and industrial measurement projects.

Video

Richbeam has performed simulations in different material scenarios. When detecting materials such as stainless steel, marble tiles, glass, retroreflective strips, thin rods, and right-angled grooves, the pointcloud of the Lakibeam was able to perfectly display the shape of the object.

3 Models for Range, Cost & Resolution

We divide LakiBeam into three models to meet users' different needs in terms of detection distance, price, angular resolution, etc. to the greatest extent.

Powerful detection capabilities

LakiBeam can not only achieve a maximum detection distance of 4Om,but also has excellent short-range performance. It can detect close-range obstacles at the fastest speed to ensure that the machine can operate safely.

Blazing-Fast Data, Zero Lag

Our LiDAR uses UDP for ultra-fast,low-latency data transmission-ideal for real-time applications like autonomous systems and industrial robotics.

Long-range performance, High efficiency

The laser emitting module is based on the near-circular spot of the VCSEL light source. Compared to EEL lasers, VCSEL lasers have smaller spot, thus reducing the generation of veiling effect and improving the accuracy.

Core Specifications

规格参数
Range
Scanning Principle
Range Principle
Range Accuracy
Horizontal FOV
Horizontal Resolution
Scan Frequency
Data Sample Rate
Data Transmission
Time Source
Data Output
Laser Class
Wavelength
Operating Voltage
Power Consumption
Resistance to Ambient Light
Operating Temperature
Storage Temperature
Environmental Protection
Dimension
Weight

LakiBeam1S New	LakiBeam1 New	LakiBeam1L New	LakiBeam1H New	LakiBeam1H Pro New
≥15m(90%reflectivity) ≥10m(10%reflectivity)	≥25m(90%reflectivity) ≥15m(10%reflectivity)	≥50m(90%reflectivity) ≥15m(10%reflectivity)	≥50m(90%reflectivity) ≥25m(10%reflectivity)	≥75m(90%reflectivity) ≥35m(10%reflectivity)
1D Rotating Mirror	1D Rotating Mirror	1D Rotating Mirror	1D Rotating Mirror	1D Rotating Mirror
dTOF	dTOF	dTOF	dTOF	dTOF
±2cm	±2cm	±2cm	±2cm	±1cm (under specific temper- ature and distance) to ±1.5cm
270°	270°	270°	270°	270°
0.2°，0.5°	0.1°，0.25°，0.25°，0.25°	0.1°，0.25°，0.25°，0.25°	0.04°，0.08°	0.04°，0.12°，0.08°
10Hz，20Hz	10Hz，20Hz，25Hz，30Hz	10Hz，20Hz，25Hz，30Hz	30Hz，60Hz	30Hz，90Hz，60Hz
Up to 18 kHz	Up to 43.2 kHz	Up to 43.2 kHz	270 kHz	270 kHz
100Mbps Ethernet (UDP)	100Mbps Ethernet (UDP)	100Mbps Ethernet (UDP)	100Mbps Ethernet (UDP/IP)	100Mbps Ethernet (UDP/IP)
Internal Timestamp	Internal Timestamp	Internal Timestamp	Internal Timestamp	Internal Timestamp/PTPV2
Distance, Angle, Echo Intensity, Timestamp	Distance, Angle, Echo Intensity, Timestamp	Distance, Angle, Echo Intensity, Timestamp	Distance, Angle, Echo Intensity, Timestamp	Distance, Angle, Echo Intensity, Timestamp
Class 1 (Eye-Safe)	Class 1 (Eye-Safe)	Class 1 (Eye-Safe)	Class 1 (Eye-Safe)	Class 1 (Eye-Safe)
940nm	940nm	940nm	905nm	905nm
9V to 36V	9V to 36V	9V to 36V	9V to 36V	9V to 36V
≤2W	≤2W	≤2W	≤5W	≤5W
100000Lux	100000Lux	100000Lux	100000Lux	100000Lux
-25℃ to 60℃	-25℃ to 60℃	-25℃ to 60℃	-25℃ to 60℃	-25℃ to 60℃
-40℃ to 75℃	-40℃ to 75℃	-40℃ to 75℃	-40℃ to 75℃	-40℃ to 75℃
IP65	IP65	IP65	IP65	IP65
60mm × 60mm × 80mm	60mm × 60mm × 80mm	60mm × 60mm × 80mm	60mm × 60mm × 80mm	60mm × 60mm × 80mm
160g	160g	160g	250g	250g

Software features

We have designed RBView point cloud visualization software for the LakiBeam series of LiDARs, which can be used to display point cloud data of all LiDAR detectors connected to the computer in real time.With RBView, users can easily view, record and store point cloud data for later use.

Cases

LakiBeam Series Helps Capital Normal University PIE Team Soar in Competitions

Recently, Richbeam and the W.PIE Student Innovation Laboratory of Capital Normal University have......

China Electronics Corporation (CEC) has partnered with Richbeam to develop high-quality LiDAR systems, accelerating the pace of domes

Recently, China Electronics Corporation's national-level "cross-industry" platform, CEC Internet, and Richbeam officially signed an agreement in Changsha, Hunan Province.

The high-performance version of the LakiBeam LiDAR has been officially delivered!

The 75-meter range laser radar sees further, wider, and with greater detail.

LakiBeam Series Helps Capital Normal University PIE Team Soar in Competitions

Recently, Richbeam and the W.PIE Student Innovation Laboratory of Capital Normal University have......

China Electronics Corporation (CEC) has partnered with Richbeam to develop high-quality LiDAR systems, accelerating the pace of domes

Recently, China Electronics Corporation's national-level "cross-industry" platform, CEC Internet, and Richbeam officially signed an agreement in Changsha, Hunan Province.

The high-performance version of the LakiBeam LiDAR has been officially delivered!

The 75-meter range laser radar sees further, wider, and with greater detail.

Product Details

Product List

Packaging

CE Certification

Customization

Didn't find a LiDAR that meets your requirements? Let's discuss your problem together. Our professional technical team can provide you with customized services.

Contact Our Experts

FAQ List

What is the working principle of Richbeam LiDAR?

RichBeam LiDAR sensors use the dTOF method to measure object distance. The LiDAR emits a pulsed laser beam and starts a timer. When the laser hits the target surface, it undergoes diffuse reflection and returns to the photodetector. The photodetector receives the signal and stops the timer. This time difference between the laser's emission and reception is the time of light's flight. Multiplying the speed of light by the time of light's flight gives the distance the light travels, thus allowing the calculation of the distance from the device to the target.

Can LiDAR detect transparent glass?

Is the laser emitted by the LiDAR harmful to human eyes?

What is the product warranty period?

How is the trailing on the point cloud generated? Is there any way to solve it?

For more questions, please visit our WIKI link.

All Q&A