We have consolidated experience in artificial vision systems, mostly in the industrial sector, for production supervision and control.
Artificial vision systems can easily be integrated with existing machines, and their laser or high-resolution camera, can perform the following checks automatically or semi-automatically:
- dimension and defect checking
- product quality checking
- for guiding robots
- for non-contact measurement
- for colour recognition.
Support, consulting and services are also possible in:
- design and construction, mechanical, electrical and electronic of artificial vision machines
- installation and commissioning of turnkey system
- technical assistance.
Some of our Vision Systems success stories:
Smartplant: Automotive IP Assembly Line + EOL
Taiprora designed and delivered a semi-automatic assembly line + full-automatic EOL check and traceability system to assemble cockpits in a third-party automotive corporate.
Automatic Quality Control Machine
An innovative Automatic End of Line Cockpit Check Machine we have recently designed, developed and delivered for an Automotive corporate.
Vision System to check assembled components
For a well-known Automotive Brand we designed and developed a custom Vision System to check assembled components.
Assembly and test workstation
For a well-known Automotive Brand we have created a series of 14 workstations with tracking management and quality controls, for the assembly and testing of the door panels of a well-known car model in the B segment.
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.
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.
Smartbench: Automotive Assembly Workstation
The project, called Smartbench, was carried out for a multinational leader in the automotive component sector. It consisted in the complete creation, for various European plants of the group, of semi-automatic door panel assembly benches, featuring assembly control and objectivation systems and supervision software on operator panel.
Artificial three-dimensional vision and measurement of the characteristics of the rubberised fabric in tyre production
The Client needed to be able to detect the dimensional characteristics of the fabric on the line and of the components applied to it, with the aim of: increasing the precision with which the finished product is made; reducing errors in position/width of the materials applied to the fabric; having a quality control tool that allows the production process to be guaranteed. 3D vision systems are understood as all tools capable of acquiring the spatial coordinates of a given region or of the surface of an object, automatically, systematically and at high speed. The basic principle on which the different types of laser are based is called “laser triangulation”.