MOTION CONTROL & PLC
We design and develop solid and reliable applications for Motion Control, integrating them with an easy-to-use PLC software.
We design and develop solid and reliable applications for Motion Control, integrating them with an easy-to-use PLC software.
Our Motion Control applications ensure long lasting efficiency and stability since they arise from a mathematically rigorous design, free from simplification or compromise.
We then approach development for PLC software with a precise and structured method, always integrating them to the Motion section in a harmonious way.
Our Motion Control applications ensure long lasting efficiency and stability since they arise from a mathematically rigorous design, free from simplification or compromise
We then approach development for PLC software with a precise and structured method, always integrating them to the Motion section in a harmonious way.
Our systematic approach, alongside strategic partnerships with excellences of this sector (Siemens, Rockwell Automation, Schneider Electric), allowed us to satisfy the needs of many companies all over the globe.
Our systematic approach, alongside strategic partnerships with excellences of this sector (Siemens, Rockwell Automation, Schneider Electric), allowed us to satisfy the needs of many companies all over the globe.
Highly complex production lines
integrating various PLC and Motion Controllers and tens of synchronous servoaxes coordinated by appropriate motion-laws;
Scara, Delta or articulated robots
run directly inside Motion Controllers using robotic libraries provided by the electronic supplier or via direct implementation of kinematic algorithms;
Interconnection
of machines operating in complex production environments;
Supervision
through the connection of the machines to external systems.
Highly complex production lines
integrating various PLC and Motion Controllers and tens of synchronous servoaxes coordinated by appropriate motion-laws;
Highly complex production lines
Scara, Delta or articulated robots
run directly inside Motion Controllers using robotic libraries provided by the electronic supplier or via direct implementation of kinematic algorithms;
Interconnection
of machines operating in complex production environments;
Interconnection
Supervision