As a high-precision, high-speed and non-contact measurement tool, laser rangefinder has a wide range of application scenarios. Here are some of the main application scenarios:
1. Construction and Engineering
Building measurement: Laser rangefinders can be used to measure the height, width, distance, etc. of buildings, helping architects and engineers accurately assess project scale and construction costs. At the same time, it can also be used for interior layout and furniture placement to optimize space utilization.
Engineering monitoring: During the construction of large-scale projects such as bridges, tunnels, and subways, laser rangefinders can accurately measure the size and distance of components to ensure construction accuracy and quality. In addition, it can also monitor the deformation and displacement of the project, and promptly discover and deal with potential safety hazards.
2. Geographical measurement and mapping
Topographic measurement: Laser rangefinders can be used to measure the three-dimensional coordinates of landforms, terrains, and buildings, and generate accurate maps and models. This is very valuable for urban planning, land surveys, and disaster monitoring.
3. Industrial manufacturing
Production line measurement: On automated production lines, laser rangefinders are used for part positioning and size detection to ensure production accuracy and efficiency. Especially in the field of automobile manufacturing, it can monitor the size of the vehicle body in real time to ensure the manufacturing quality of each link.
Logistics and warehousing: Laser rangefinders achieve accurate positioning in automated guided vehicles (AGVs) and stackers, optimizing inventory management and logistics efficiency. In complex warehousing environments, it can effectively avoid collisions and ensure operational safety.
4. Aerospace and military
Aerospace: Laser rangefinders and laser radars are widely used in navigation and mapping of aircraft, satellites, and drones. They can accurately measure information such as the height, speed, and position of aircraft, providing important guarantees for safe flight and precise navigation of aircraft.
Military applications: Laser rangefinders can be used in military ranging, target indication, radar systems, and optoelectronic navigation to improve the accuracy and efficiency of military operations. At the same time, it can also be used for battlefield measurement and terrain mapping, providing strong data support for military decision-making.
5. Other fields
Geological exploration: Laser rangefinders can accurately measure the elevation changes of terrain, the undulations of landforms, and the detailed characteristics of geological structures, providing strong data support for geological exploration.
Environmental monitoring: Laser rangefinders can be used to measure parameters such as atmospheric pollution and air quality, providing data support for environmental protection.
Intelligent field: In driverless cars, robots, drones and other intelligent devices, laser rangefinders also play a key role in sensing the surrounding environment, detecting obstacles and pedestrians, and ensuring the safety and accuracy of the equipment.
In summary, laser rangefinders have been widely used in many fields due to their high precision, high speed and non-contact measurement characteristics, and have become an indispensable equipment in modern measurement technology.
The beam quality analyzer independently developed by Onick Optics can realize laser spot detection and test applications, provide customers with customized integrated design solutions for beam quality analysis, and support multi-application development. Through the integrated design of the beam analysis device and the matching attenuation scheme design, real-time exposure and gain adjustment are supported.
It can be modularly customized according to different customer needs, and is suitable for semiconductor lasers, solid lasers, fiber lasers, ultrafast lasers, laser ranging and other fields. It has been promoted in the market as a mature product with a high cost performance and has been widely recognized by customers in many industries.
Satisfy users with unique strength
1. Optional ultra-wide spectrum multi-wavelength series products, covering the wavelength range from ultraviolet to long-wave infrared.
2. Wide spot diameter measurement range: The spot diameter range can meet most of the spot product ranges in the current market and support smaller spot expansion.
3. Integrated design of beam quality analyzer and matching attenuation scheme design: The equipment comes with an attenuation device, which can measure milliwatt-level low-power lasers. It can also provide optional attenuation schemes according to the needs of different power laser tests, and can quickly measure without preparing other accessories.
4. The software is fully independently developed and can provide the underlying communication protocol.
5. High cost performance, can replace imported laser beam quality analyzers, and realize laser spot detection and test applications.
6. Customization: Beam quality analyzers with different needs, different laser beam diameters, laser powers, etc. can be customized for customers.
Multiple models for you to choose：
