English
We design and produce robotised stations, in particular for Pick and Place systems. Our model includes the study of ad hoc solutions that implement the most innovative robotics and picking systems.
Our experience has developed over many years of working with systems from various manufacturers (ABB, Kuka, Omron, Kawasaki, etc.) integrated with software control systems featuring 3D simulation of the robotised stations.
We’ve also developed our know-how about collaborative robots. In contrast to traditional robots, they have the advantage of being able to “interact” with the human staff from a perspective of total efficiency, functionality and safety.
Some of our Robots & Motion Control success stories:
4.0 machine to assemble/disassemble turbocompressors for petrol, diesel and electric engines.
R&D project for Industry 4.0 that integrates the connection between physical and digital systems with a complex Big Data analysis using the most advanced technologies: Web Supervisor and SmartGlass, MachineLearning and Conditional Monitoring applied to predictive maintenance, SensorWear and BigData for dyadic man - cobot).
Download a PDF file for this project:
4.0 machine to assemble/disassemble turbocompressors for petrol, diesel and electric engines.
Artificial vision system for real-time quality control by a collaborative robot
Within an automotive seat production line, a fully automated real-time quality control system was introduced through a collaborative robot system equipped by sensors and cameras, with consequent zeroing of production waste.Download a PDF file for this project:
Artificial vision system for real-time quality control by a collaborative robot
Collaborative “Smartbench”: Automotive Assembly Workstation
For an enterprise in Automotive area, we have designed and built an Industry 4.0 project, named “Collaborative Smartbench”: a series of assembling benches for the Porsche Cayenne interior panels. A step towards innovation is the use of a Universal Robots’ collaborative robot: thanks to its compactness and axle handling at almost 360° it is ideal for this application. This choice has allowed us to offer our customer higher quality and an effective reduction in security costs.Download a PDF file for this project:
Collaborative “Smartbench”: Automotive Assembly Workstation
Ultrasonic Welding Machine: Robotised ultrasonic welding system
The system, created for a multinational leader in the automotive component sector, consists of a complete automated welding line, using ultrasounds, for parts on panels made of plastic for automotive doors. The robots and structure for welding are equipped with ultrasonic sonotrodes.Download a PDF file for this project:
Ultrasonic Welding Machine: Robotised ultrasonic welding system
Palletising and handling system in packing department
The CHC department Palletising and Pallet Handling System, produced entirely by Taiprora (integration of mechanical components, electrical systems and software) for a pharmaceutical multinational, comprises the following subsystems: - Lifts; - Handling 1 (feeding of boxes to the palletising area); - MAL (in case of waste boxes, the system permits their ejection through the dedicated returns rollers towards the MAL area); - Handling 2 (receives the boxes from the rollers managed by Handling 1 and permits palletising via Robot); - ABB IRC5 palletising robot; - Wrapping machineDownload a PDF file for this project:
Palletising and handling system in packing department
Design and production of automatic stations for loading and unloading graphite components onto/from presses with ABB anthropomorphic arm
For a multinational in the graphite part production sector, various picking systems have been created with ABB anthropomorphic arm suitable for positioning (after receiving from a vibratory bowl) two formats of graphite washers, individualised, from 2 separate lines, in their pallets.Download a PDF file for this project:
Design and production of automatic stations for loading and unloading graphite components onto/from presses with ABB anthropomorphic arm
Revamping of automated confectionery warehouse
Main operations: Addition of H1 network card (CP 1431 TCP) to Siemens S5 Master PLC; Removal of Siemens S7 input Shuttle PLC; Addition of AB input Shuttle PLC with communication with the Siemens S5 master via Wi-Fi Ethernet with RF remote control hidden in the area outside the shuttle; Addition of AB input Roller PLC with communication with the Siemens S5 master via Ethernet;Download a PDF file for this project:
Revamping of automated confectionery warehouse
