Some of the main benefits of robotic total stations include accuracy, cost savings, and ease of operation. Learn more about these advantages and how you can benefit from their use. These flexible tools can be used to do many different tasks. They can be operated remotely to eliminate the chance of operator errors and maximize productivity. In addition, they allow users to set up four times more points than traditional total stations, which means that you can perform more inspections and calculations.
Costs
A variety of construction professionals use total stations for different purposes. For example, surveyors use them to create maps and site plans for construction projects. Contractors use them to build more efficiently, while engineers use them to make better designs. This tool has many benefits and costs – but you need to determine the best one for your business.
Another benefit of robotic total stations is that they can reduce the need for a second operator. They can work faster and scan multiple inspection points faster with less error. This tool can dramatically cut your travel time with fewer rework and errors. These machines also provide real-time data accessibility, which makes it easier for you to communicate with office staff.
Because these robotic total stations allow operators to operate from a distance, they reduce human error, optimize labour usage, and make it easier for construction professionals to create accurate and reliable layout documents. A robot total station also ensures that all layout points are recorded digitally. These advantages make robotic total stations the perfect tool for construction companies.
Learning curve
The learning curve is one of the biggest concerns with robotic total stations. As the technology behind these tools improves, the learning curve gets higher. However, it is still necessary to learn the ins and outs of them. To master a robotic total station, a user must be trained thoroughly and be aware of the available educational resources.
The learning curve of a robotic instrument is not too steep. A single operator can record 600 to 1,500 points per day, while two people can record 250 to 400 points per day. It is about double the workload of a manual station. In addition to being able to work faster, the learning curve of a robotic instrument is not that steep.
Accuracy
A robotic total station is a highly efficient way to perform construction site measurements. It eliminates the need for a second operator, improves the accuracy of measurements, and can follow large pieces of equipment. It also offers real-time data accessibility, allowing more efficient field-to-office communication.
The measured area must be level or relatively flat to use a total station. It should also have a good line of sight. The station will then emit a microwave or infrared signal into a prism. The reflected wave then bounces back to the total station. The time difference is then calculated. The time it took the ray to travel, the wave’s speed and the distance are also calculated. In addition, the machine will calculate the angulation from an unknown sighting.
Total stations are easy to use. They generate a simple map of a site and can measure distances up to 1500 meters. The accuracy of these instruments is measured to a fraction of an arc second. They can measure straight, sloping, and angular distances and calculate coordinates between points.
The accuracy of using robotic total stations is also greatly improved by using several different types of cameras. Multiple robotic total station units can track multiple points on the same moving object. One of these units is programmed to track a single control point in the Y-plate, while the other is set to survey a prism on a beam. The distance between these two control points is calculated from the surveying results.
Cost savings
The benefits of robotic total stations can be considerable. For starters, they can save time and effort by eliminating the need for a second operator. They can also improve measurement accuracy and increase the number of inspection points, reducing the risk of errors and rework. In addition, they provide real-time data access and allow for more efficient field-to-office communication.
The market for robotic total stations by bench-mark.ca is segmented according to type, end-users, and applications. The construction sector is expected to lead the global market. Other end-users include civil engineering, utilities, and mining. As the construction sector grows, robotic total stations become an increasingly popular alternative to traditional land surveying.