Products Catalog

Specification

Total Station Production represents a full set of the traditional surveying tools, new GPS receivers and software. The approach based on the full integration of the satellite and traditional equipment, will allow ordinary consumers to increase considerably productivity due to the improved user qualities, full hardware and program compatibility inside the new Total Station Nikon complex systems.

Advantages of new Sokkia Total Station systems: high efficiency, simplicity and convenience in operation, low power consumption, small weight and sizes, an opportunity of use on a tripod, in a backpack, and on the car, a boat and other mobile objects.

Basic innovations of the modern Topcon Total Station - GPS receiver providing high speed of supervision, the best capture of a signal of the satellite, higher accuracy in adverse conditions and low power consumption in comparison with already existing GPS receivers.

Total Station Horizon surveying equipment as well as discuss the process of downloading the data and producing detailed topography maps. What you have to do is shoot from the first location to the second (foresight) and record the E1, N1, H1, and the bearing Hz0. Then, move to the new location, set up, tell the total station you are at E1, N1, H1, and set the horizontal circle to Hz1 or Hz0+180 degrees (backsight). You can choose between Nikon and Sokkia Total Station to meet your demands.

All Total Station in our line-up are high precision instruments. They are water and dust resistant and of solid built, making them ideal for any in or outdoor application.

A total station is an optical instrument used a lot in modern surveying and, in a minor way, as well as by police, crime scene investigators, private accident reconstructionists and insurance companies to take measurements of scenes. It is a combination of an electronic theodolite (transit), an electronic distance meter (EDM) and software running on an external computer known as a data collector.

With a total station one may determine angles and distances from the instrument to points to be surveyed. With the aid of trigonometry and triangulation, the angles and distances may be used to calculate the coordinates of actual positions (X, Y, and Z or northing, easting and elevation) of surveyed points, or the position of the instrument from known points, in absolute terms.