Continuous positioning
Absolute positioning systems based on position markers
Absolute positioning systems based on interval markers
Absolute coordinates are available at any point along the object's trajectory
Maximum system reliability
The most flexible installation of all absolute systems
Superadaptive core - intelligent, innovative, powerfull and reliable basis of our positioning systems
Absolute positioning systems. Starting coordinate at every point of trace
Adaptive incremental systems. Maximum installation flexibility and managed durability
Absolute coordinates are available at any point along the object's trajectory
Maximum system simplicity and minimum repair kit
The most affordable absolute systems
The route marker layout consists of two types of markers: interval and positional
Interval and positional markers can be placed virtually anywhere on the route — the super-adaptive core automatically determines their coordinates and creates a marker image in the controller's non-volatile memory
After starting the positioning system, the system determines its coordinates at the nearest interval marker
Positional markers form incremental sections, which allow movement without loss of accuracy thanks to the super-adaptive core's innovative technologies
Adaptive-incremental systems have a minimal installation kit to cover the required positioning distance
Maximum installation flexibility allows you to adjust the marker density and thereby independently determine the system's reliability and fault tolerance
Superadaptive core. SCADA screenshot
Discrete positioning
Reliable positioning in several certain points of space
Positioning in multiple isolated areas of space
The system determines the unique mark of an isolated section of the route and a coordinate relative to it within the length of the sensor
Almost unlimited number of positioning points
A discrete positioning system can be easily converted into a continuous adaptive-incremental type system by simply installing a few additional position markers and updating the software in the controller
Simplicity, speed of deployment and maximum reliability are the key features of this positioning system
Discrete core. SCADA screenshot
Reversed Magnettrack. Identification in conjunction with positioning
A unique technology for identifying moving objects and determining their location based on discrete positioning technology
Magnetic markers are installed on positioning objects, and sensors are installed permanently in those places where identification of the object and determination of its high-precision coordinates is required
The number of positioning/identification points is almost unlimited
Sensors can also be placed on moving objects to synchronize their relative positions and speeds with the objects of positioning and identification