Measure the displacement of the robotic arm with a customizable laser displacement sensor ZLDS100

Preferred for high-precision displacement sensorsMetroMedron's "precision mechanical sensor" has developed a "precision mechanical sensor" that has no precedent in the world in the industrial sensor industry, where electrical sensors are the mainstream. It can perform high precision even in harsh environments with coolant and chip splashing, and has more than 50 domestic and foreign patents with a high degree of originality. In the machine tool industry, the tool setter, which is used to detect tool tip wear, has been used by more than 96 machine tool manufacturers in 17 countries around the world, and has an excellent market share in the world.

It contributes to improving the accuracy and reducing costs of various industrial machinery, such as automobiles, machine tools, semiconductors, robots, medical devices, and smartphone manufacturing. By not imitating the product development of other companies, it supports global production in obscurity.

Good! In robotic arm applications, such as system control of bases, large arms, small arms or multiple axes, their position information needs to be detected in real time and transmitted to the control center for processing; The position detector of the robotic arm requires a small size for better installation.

The position detector of the robotic arm includes three dimensions of X, Y and Z, and the feedback of the position information of the robotic arm of each dimension has separate data, and there is really still a real-time information system based on the data of the three dimensions, and the ZLDS100 laser displacement sensor is used to reconstruct an instant information system, and the information of the three dimensions is merged into a three-dimensional data, and the dynamic displacement of the robotic arm is fed back in real time. The three-dimensional system built by the laser displacement sensor ZLDS100 can provide up to 9,400 position information per second in the application of high-precision robotic arms such as microsurgical robots and semiconductor automation, providing the necessary feedback information for the precise control of the robotic arm. It is not only very responsive, but also can calculate parameters such as the movement speed of the robotic arm by reading the position information.

Model: ZLDS100

Range: 0-2000mm

Accuracy: Sampling frequency: 2k, 5k, 8k,

How expensive is the laser displacement sensor, the solenoid linear displacement sensor can be reached, which is low and has high accuracy.

ZLDS100 Principle:

The basic principle is the optical triangular tung method:

The semi-conducting local vertical terrestrial laser 1 is focused by lens 2 into the measured object 6. The reflected light is collected by the lens 3 and is projected onto the CCD array 4; The signal processor 5 calculates the position of the light point on the array 4 by trigonometric function and obtains the distance from the object.

Laser Displacement Sensor Applications:

It is widely used in train wheel rim contour measurement, highway rutting and flatness measurement. It can also be used for non-contact measurement of displacement, three-dimensional size, thickness, object deformation, liquid start-up, vibration, sorting and glass surface measurement.

The ZLDS100 laser sensor of Zhenshang Technology is specially customized for the special requirements of Kairu road surface measurement, and a special version of -RP is customized, which has the following functions.

1) Anti-vibration:

The special process is used to fix the focusing lens and CMOS imaging film firmly and with good rigidity to ensure that the impact of vibration on the laser optical system is minimized;

2) Anti-glare interference:

The 20MW strong laser is selected, the optical filter is added, and the DSP algorithm is specially buried to eliminate strong light interference and ensure that it can work normally in direct sunlight in summer;

3) The new high-frequency response technology can reach up to 10kHz, and can effectively measure the distance even at a high-speed transportation speed of 120kmh; At a speed of 50 km h, the spacing is effectively measured.

Hope it helps!

ZLDS101-500 uses the intelligent monitoring technology of the robotic arm to measure the displacement of the manipulator, with digital integrated structure, high resolution, high linearity, a large range of 2m, long-distance measurement, high response, IP67 high protection level and synchronization and other sensitive high performance. The wide operating temperature range makes it ideal for high-precision applications in industrial environments.

Laser sensor application field:

It is widely used in machine judgment of the displacement measurement of the old crane arm, the measurement of the contour of the wheel rim of the train, and the measurement of road rutting and flatness. It can also be used for non-contact measurement of displacement, three-dimensional size, thickness, object deformation, vibration, sorting and glass surface measurement.

ZLDS101 series brand laser displacement sensor has digital integrated structure, high resolution, high linearity, 2m large range, can be used for long-distance measurement, high response, IP67 high protection level and synchronization and other high performance. The wide operating temperature range makes it ideal for high-precision applications in industrial environments.

Key features of laser displacement sensor:

It can be connected to the automatic control system of the production line to achieve closed-loop control;

It can display the graphic curve and set the deviation alarm according to the requirements of the celebration;

High efficiency, saving manpower and material resources, eliminating slag and improving the quality of production products;

Measurements are not affected by color, surface material, or discrete light;

It can be measured, but the sensor or the measured object must be moved to achieve the effect of measuring the contour. The ZLDS200 can be used to scan the contour of the object directly, and the contour of the object can be measured without moving the sensor or the object to be measured.

This series is a small-range, high-speed, high-precision 2D sensor with a digital, integrated and integrated structure. It has high-performance features such as high accuracy that can reach the Z-axis, high response to 1200 contour data scans per second, high protection level of IP67, and synchronization, and in addition to standard series products, it can also be customized according to the special needs of users.

In order to facilitate the rapid development of application software, a DLL library is also provided for the 2D sensor. The DLL library encapsulates the underlying network port communication protocol. At the same time, it can also help you to use the laser 2D sensor to build a measurement system, such as a part profile size measurement system.