Today’s technologies allow access to more and more powerful computation systems, so that it is now possible to implement affordable controllers and observers that can adopt complex sensor-fusion techniques and make real-time predictions and corrections to boost the efficiency of automation and measurement systems.
At Microtecna we have vast experience with these mathematical approaches, which we applied to several contexts, including:
A multifunctional platform designed to optimize complex logistics processes based on AGV/AMR (Automated Guided Vehicles/Autonomous Mobile Robots) capable of speeding up the implementation of highly customized solutions both in terms of process control and traceability
A solution to handle both jumbo beans and pallets in the narrow aisles of a paper plant (or similar environments) to eliminate the dangers inherent in the use of overhead cranes and allow maximum traceability of the material
Complete solutions to control, monitor, and supervise machines and production lines in the semiconductor industry
A complete solution to control and monitor the filling process of pharmaceutical bags
A solution to autonomously load and unload beamlets from/to production looms and warehouses, capable of operating safely with the people around it. Characterized by minimal environmental impact, easy installation and high precision, this solution automatically manages process flows, missions, traffic problems and ERP/MES integration. Operators make requests to the system through mobile devices and web interfaces.
Integrated industrial solution for the production of hairpins for electric motors through CNC bending processes
A scalable solution capable of automatically moving automotive bodyshells or other materials positioned on special skids. Effective for organizing warehouses distributed on the ground, this architecture minimizes environmental impact, is highly precise and operates collaboratively with people around it
Sistemi di classificazione e movimentazione di oggetti ad alta frequenza
A solution capable of automatically moving high loads such as aircraft fuselages or other materials positioned on special skids. Effective for organizing productions with high human interaction. This architecture minimizes environmental impact, is highly precise and operates collaboratively with people around it
Design, implementation and integration of systems and software for cars, motorcycles and industrial vehicles
Navigation platform optimized for controlling winch lines that allow the movement of submarine pipe-laying barges
A compact, embedded sensor that automatically determines and notifies of imminent rollover conditions
Design, implementation and integration of systems and software for the control and navigation of aircrafts/UAVs
Industrial solution for the control of painting lines for eyeglass frames
A powerful and compact solution capable of handling production materials on customizable rollers. Characterized by minimal environmental impact, easy installation and high precision, this solution automatically manages process flows, missions, traffic problems and ERP/MES integration. For normal operation, it does not require any intervention by the operators
An control and navigation solution for fixed-wing and rotorcraft UAVs
Adaptive Control Application for CNC drilling
Solution for the control and safety of industrial overhead cranes
Special solution for the automatic transport of hospital beds. This architecture minimizes environmental impact and operates collaboratively with the people around it