3D application for demonstration of industrial equipment
One of the largest companies in the oil engineering industry approached us, specializing in the development, production, and servicing of oil extraction equipment.
One of the company's key services responsible for selecting equipment for oil wells. To perform calculations, the company's engineers used the foreign software called Subpump, but its functionality did not meet several important requirements and it had a very high cost.
In this regard, the company has decided to develop its own product, which would not only automate business processes but also eliminate the need for expensive foreign licenses.
The product is based on a unique mathematical core that takes into account millions of key parameters.
For engineers working "in the field," we have developed a fully autonomous offline-version that synchronizes with the main version when an internet connection is available.
Previously, it took engineers of the company several weeks to complete a report, which was then submitted to the management for equipment collection and budget approval, as the functionality of the previous software did not allow for quick report generation. And even the slightest changes required starting the calculations from the beginning.
One of the innovative solutions is the Sensitivity module, which allows comparing key indicators across all project calculations on one screen and visualizing them on a common graph. This way, the end customer can visually see the advantages and disadvantages of each proposed option.
Automatic generation. All blocks in one document in the required format. Personalized set of correlations and flexible customization.
Increased productivity of engineers and time savings through collaborative access.
Operational addition of new functionality and technical support from IT Test.
Ergonomic graphical interface with various display options for information.
The ability to add new equipment independently without additional modifications.
Automatic selection of equipment based on well characteristics.