A revolution in the field of optical sensors was the use of a laser as a light source. The laser uses the phenomenon of stimulated emission, thanks to which the radiation produced by it is very coherent and has the form of a beam with very low scattering. Lasers are now a basic tool in industry and medicine, but also are the basis of many modern technologies and interesting electronic projects. Due to its properties, a laser can provide a very high power of the light beam in a narrow spectral region. How do these properties affect the parameters of the sensors? You can find out for yourself easily by using laser scanners and laser distance sensors available in Botland's offer in your projects.
Laser distance sensor to achieve accurate measurements in the range from 0.1 m to 12 m with an accuracy of 0,06 m. Dead, the field was reduced to 10 cm in Sensor interfaces UART and I2C. The supply voltage is 5 V, and the voltage logic 3.3 V.
Accurate laser distance sensor operating in the range from 0.1 to 100 meters with an accuracy of 0.1 m. the supply Voltage is 5 V. the Device communicates using the UART interface, the CAN. Has a housing with protection degree IP67.
Laser distance sensor to achieve measurement in the range from 0.1 m to 40 m with an accuracy of 0.05 m. Supply voltage is from 5 V to 12 V. the Device communicates through the interface of UART and I2C. Has a housing with a protection class level of IP65.
RPLidar A3M1 represents a new generation of laser scanners, 2D 360° company Slamtec. It can scan up to 16000 samples over a few seconds, in the range up to 25 meters. A typical scanning frequency is 15 Hz, adjustable from 10 Hz to 20 Hz. The scanner can work both inside and outside.
Laser sensor based on measuring the ToF (Time of Flight). Detects objects in the range from 0.01 m to 5 m with an accuracy of 1.5 centimeters. The measurement resolution is 1 mm. the Sensor uses a serial communication interface UART or CAN. Is supplied with the voltage of 5 V. the Sensors can be connected cascade.
Precise, laser distance sensor operating in the range from 0.4 to 22 m with an accuracy of 0.06 m. The supply voltage is from 4.5 V to 6 V. The device communicates using the UART interface. It has a housing with protection degree of IP65.
Small, portable RPLidar laser scanner S1. The device uses technology from the ToF, can detect up to 9200 white objects per second at a distance up to 40 m and 360°. A typical scanning frequency is 10 Hz , and adjust. The scanner was closed in a metal housing that protects it from external wabarunkami. Communicates through UART interface.
Accurate laser distance sensor operating in the range from 0.1 to 180 m with an accuracy of 0.1 m. The supply voltage is 5 V. The device communicates using the UART, CAN, RS232 and RS485 interface. It has a case with protection degree of IP67.
Accurate, laser distance sensor operating in the range from 0.05 to 40 m with an accuracy of 0.025 m. The supply voltage is from 4.75 V up to 5.5 V. The device is communicating via interfaces: I2C or PWM.
A device for measuring distances using laser. Distance meter LM80 unit allows you to measure distances up to 80 meters. In addition to the distance measurement, allow the measurement of area, volume, level, plumb and an angle of ±90°, and the measurement is based on the Pythagorean theorem. The measurement results are displayed on the LCD screen with a...
Accurate, laser distance sensor operating in the range from 0 to 40 m with an accuracy of 0.025 m. The supply voltage is from 4.75 V up to 5.5 V. The device is communicating via interfaces: I2C or PWM.
Laser rangefinder unit LM40 , providing a measurement of distance up to 40 meters. In addition to the distance measurement, allow the measurement of area, volume, application of the Pythagorean theorem, addition / subtraction. The device was equipped in the display EBTN 2".
Laser distance meter LM50 unit that measure up to 50 meters. The device, in addition to measuring distances, and also allows you to measure areas, volumes, the Pythagorean theorem, and allows addition and subtraction. Measurements are displayed on the screen of the EBTN with a diagonal of 2".
Precise, laser distance sensor operating in the range from 0.4 to 30 m with an accuracy of 0,15 m and a wide viewing angle: 60 ° horizontally and 4 ° vertically. The supply voltage is 12 V. The device communicates using the UDP interface. The device, on the output, indicates the detected points for further processing.
Leddar M16 is an advanced distance sensor, consisting of 16 separate modules. It is characterized by rapid and accurate measurement in the range from 0 to 100 m with the accuracy of up to 5 cm and emition of the beam in the range of 95 °.
Accurate laser distance sensor operating in the range from 0.1 to 350 m with an accuracy of 0.1 m. the supply Voltage is 5 V. the Device communicates using the UART interface, the CAN. Has a housing with protection degree IP67.
Laser scanner 2D RPLidar A1M8 can detect objects within a radius of 12 m and a range of 360°. Able to scan the 8000 samples in one second. A typical scanning frequency is 5.5 Hz , adjustable from 5 Hz to 10 Hz. The scanner is used for communication UART interface.
Precise, laser distance sensor operating in the range from 0.1 to 4 m with an accuracy of 0,05 m and a wide viewing angle: 130 ° horizontally and 9 ° vertically. The supply voltage is 12 V. The device communicates using the TCP interface. The device, at the output, indicates the detected points for further processing.
This category includes modern laser scanners and laser distance sensors, laser rangefinders that will be useful in many applications. Some of them can be boldly used to build DIY projects, another part can be used by itself, for example, for measuring distances, measuring areas or measuring volumes. Enjoy your shopping now in Botland!
Long range, high accuracy, insensitivity to ambient lighting and attractive price make laser rangefinders and laser scanners very popular! It is hardly surprising because their use is very versatile. The laser technology enables very precise measurement that is not exposed to larger measurement errors.
Laser distance sensors are characterized by a large measuring range while maintaining high measurement precision. We offer you Lidar TFMini series sensors with UART and I2C interface with a range of up to 12 m with a measurement accuracy of 0.05-0.06 m, thanks to which you will arm your robot with an effective anti-collision system. You can read data from this sensor up to 100 times per second!
If you need an even larger measuring range, we have a Lidar Lite sensor with a range of 40 m for you. Also pay attention to the Lidar TF03 model with a measuring range of up to 180 m! The latter model has been placed in a modern IP67 housing and equipped with interfaces such as UART, CAN, RS232 and RS485.
In applications requiring a wide viewing angle, you can use the Lidar CE30 laser distance sensors with viewing angles of 60 or 130 degrees horizontally and 4 and 9 degrees vertically, respectively. All these devices are characterized by very high durability and measurement accuracy. Once purchased, they will serve you for many years, while still remaining in perfect condition!
Regardless of whether you are looking for a measuring device for renovation work, inspection work on production lines or work in the open air, choosing a laser rangefinder will always be recommended. This is due to the fact that for this type of activity the use of professional and accurate measuring tools is required. And that's what laser rangefinders are.
It does not matter how accurately you would like to use them, measuring with meters tend to produce measurement values with greater error. Classic analog measurement methods tend to be more unreliable, and in many applications even a single centimeter is of great importance (e.g. in construction). So if we have to measure longer elements and these are to be accurate measurements, then we must take advantage of the benefits of laser technology. We can forget about problems related to measurement inaccuracy if we choose a high-quality laser rangefinder. It is worth noting that these meters can not only measure distance, but also tilt angle, area and volume.
Do you want to build an autonomous robot that will move on its own? We have a precise 2D laser scanner of the RPLidar A2M8 series for you, thanks to which your robot will create a map of the area in which it will move. The scanner works in the area of 360 degrees with a range of 6 m. It sends as many as 4000 measurement samples per second! The distance measurement resolution of this scanner is <1% of the measuring range, and the angle is 0.45 to 1.35 degrees. Equipped with a serial link for communication with the control system. Closed in an aesthetic casing with dimensions: diameter - 76 mm, height - 41 mm. The manufacturer provides the software with the source code, which will certainly facilitate the integration of the scanner in your projects. As you can see from the examples above, laser scanners have really many applications. Explore laser scanners with Botland!