产品介绍

经纬仪是一种广泛应用于工程测量、地形测绘、建筑施工等领域的精密测量仪器。它主要用于测量水平角和竖直角，能够为工程设计、施工放样、地形测绘等提供精确的角度数据。经纬仪的结构主要包括望远镜、水平度盘、竖直度盘、基座等部分。通过望远镜的瞄准和度盘的读数，可以精确测量目标点的角度位置。根据精度和功能的不同，经纬仪分为光学经纬仪和电子经纬仪。光学经纬仪依靠光学原理读取角度，操作直观，适用于多种测量场景；电子经纬仪则结合了电子技术，能够实现自动读数和数据存储，提高了测量效率和精度。无论是进行大型基础设施建设，还是进行精细的地形测绘，经纬仪都能发挥其重要作用，是测量工作中不可或缺的工具之一。

A theodolite is a precision measuring instrument widely used in engineering surveying, topographic mapping, and construction. It is primarily employed to measure horizontal and vertical angles, providing accurate angular data for engineering design, construction layout, and topographic mapping. The structure of a theodolite mainly includes a telescope, horizontal graduated circle, vertical graduated circle, and base. By aiming at the target through the telescope and reading the graduated circles, the angular position of the target point can be precisely measured. Depending on accuracy and functionality, theodolites are divided into optical theodolites and electronic theodolites. Optical theodolites rely on optical principles to read angles, with intuitive operation suitable for various measurement scenarios. Electronic theodolites, on the other hand, integrate electronic technology to achieve automatic reading and data storage, enhancing measurement efficiency and accuracy. Whether for large-scale infrastructure construction or precise topographic mapping, the theodolite plays an essential role and is an indispensable tool in surveying work.

测量经纬仪是专门用于测量角度的精密仪器，广泛应用于工程测量、地形测绘、建筑施工等领域。它能够精确测量水平角和竖直角，为工程设计、施工放样、地形测绘等提供准确的角度数据。测量经纬仪的结构主要包括望远镜、水平度盘、竖直度盘、基座等部分。通过望远镜的瞄准和度盘的读数，可以精确测量目标点的角度位置。根据精度和功能的不同，测量经纬仪分为光学经纬仪和电子经纬仪。光学经纬仪依靠光学原理读取角度，操作直观，适用于多种测量场景；电子经纬仪则结合了电子技术，能够实现自动读数和数据存储，提高了测量效率和精度。测量经纬仪在现代工程测量中具有重要地位，是测量工作中不可或缺的工具之一。

The surveying theodolite is a precision instrument specifically designed for angle measurement, widely used in engineering surveying, topographic mapping, and construction. It can accurately measure horizontal and vertical angles, providing precise angular data for engineering design, construction layout, and topographic mapping. The structure of a surveying theodolite mainly includes a telescope, horizontal graduated circle, vertical graduated circle, and base. By aiming at the target through the telescope and reading the graduated circles, the angular position of the target point can be precisely measured. Depending on accuracy and functionality, surveying theodolites are divided into optical theodolites and electronic theodolites. Optical theodolites rely on optical principles to read angles, with intuitive operation suitable for various measurement scenarios. Electronic theodolites integrate electronic technology to achieve automatic reading and data storage, enhancing measurement efficiency and accuracy. The surveying theodolite holds an important position in modern engineering surveying and is an indispensable tool in surveying work.

经纬水准仪是一种集角度测量和高程测量功能于一体的测量仪器，广泛应用于工程测量、地形测绘、建筑施工等领域。它不仅可以测量水平角和竖直角，还能进行水准测量，为工程设计、施工放样、地形测绘等提供全面的测量数据。经纬水准仪的结构结合了经纬仪和水准仪的特点，具备望远镜、水平度盘、竖直度盘、水准器、基座等部件。通过望远镜的瞄准和度盘的读数，可以精确测量目标点的角度位置；同时，利用水准器可以进行高程测量。经纬水准仪在测量工作中具有高效性和多功能性，能够满足多种测量需求。

The theodolite level is a measuring instrument that combines the functions of angle measurement and elevation measurement, widely used in engineering surveying, topographic mapping, and construction. It can not only measure horizontal and vertical angles but also perform leveling measurements, providing comprehensive measurement data for engineering design, construction layout, and topographic mapping. The structure of the theodolite level integrates the characteristics of both theodolites and levels, featuring components such as a telescope, horizontal graduated circle, vertical graduated circle, level vial, and base. By aiming at the target through the telescope and reading the graduated circles, the angular position of the target point can be precisely measured. Meanwhile, the level vial can be used for elevation measurements. The theodolite level is highly efficient and multifunctional in surveying work, capable of meeting various measurement requirements.