With its positioning systems for heavy machinery and equipment, Kordil continues to produce innovative solutions as one of the Turkish companies designing technologies to support engineering projects involving marine and land measurements. Let’s examine the latest product of Kordil together in the following news!
Excavator is an earthworks machine. Kordil EPS is an excavator positioning system developed using intelligent sensor technologies. The operator can see and use all the positional data he needs by means of a screen. Although the data are in 3D, they are presented in simplified form to the operator in 2D. Thanks to the current status and project sections loaded into the system, the operator completes his work without receiving measurement support and records his works and transmits them to the measurement personnel in a reportable form.
In which applications can Kordil EPS be used?
Embankment and barrier construction
Coast fill and anchorage
Underwater leveling works
Soil and leveling works
Offshore installation and installation
Underwater installation and installation
Complex curved surfaces
What are the technical features of Kordil EPS?
Kordil EPS entegre edilmiş bir ekskavatör ile çalışma performansı 2 kata kadar arttırılabilir.
- Robust, durable,
Custom design and assembly
Suitable for 24/7 scanning
Dynamic profile update and registration
View the current profile as well as 6 profile designs
Joystick / push button support measurement (XYZ recording)
Real-time side and top view support
Most of the work does not require the support of measuring personnel.
All data received from the sensors are recorded instantly day by day.
The GNSS receiver can optionally receive corrections from many different sources (CORS / NTRIP, satellite-based or land-based).
Shock and vibration proof and IP-69 waterproof sensor design (100 m)
User-friendly and eye-catching display
How can you get Kordil EPS?
Kordil EPS is offered in full package with both purchase and rental options. Click here for detailed information and purchasing process.