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Currently, laser rangefinders on the market can be divided into two types. One type is the laser rangefinder with ultra-high precision. Due to its structural complexity, it inevitably makes the whole instrument appear "bulky." Although its application range is relatively cutting-edge, this also limits its portability and application scope. The second type of laser rangefinder is small laser rangefinder, although smaller and more portable, has lower measurement accuracy and reliability. If we integrate the essence of both, improving the measurement accuracy further on the basis of portability, it can meet various measurement needs and be applied in diverse measurement environments.
The triangulation method used in laser rangefinders provides high stability and precision, bringing great convenience to designs that combine portability and precision. Laser rangefinders are mainly divided into five modules: control module, display module, ranging module, buzzer module, and button system. By selecting functions through the buttons, the laser measures the object ahead, returns the data to the control system, processes the data, and then displays the measured data.
Industrial Automation and Robotics Technology
Construction and Surveying
Environmental Monitoring
Traffic Management
Building Measurement and Acceptance
Home and Project Decoration
Accident Handling in the Public Security System
Optimizing Structure
Optimize the overall system of the laser rangefinder based on its size, sensitivity, and specific utility, enhancing its reliability, extending its lifespan, and reducing size and weight.
Intelligent Modularity
In today's application fields, greater attention is given to the modularity and intelligence of laser rangefinders, combining them with big data and the Internet of Things to achieve continuous measurement, transmission, and data collection analysis in some specific places.
Customization
Improvements based on some specific needs scenarios such as high temperature, high pressure, radiation, etc. This enables laser rangefinders to perform efficient and accurate measurements under the aforementioned harsh conditions to protect the health and safety of staff.
