SoftSystem srl
Location
There robotic machine assisted by Un vision system artificial for semiconi It carries out, through a 3D laser sensor, or on 2D double bedrooms, installed on a collaborative robot, allows a capillary control in free spaces from perimeter protections.
The collaborative robot has a large range of 1300mm and in the option can be accompanied by a linear axis of 800mm which increases its volume of action. If necessary, the version with robot hanging on a portal can be proposed. In option on the robot such as vision system for the control of semiconi, in addition to the 3D laser sensor, one or more 2D cameras can be applied.
The products used marcades Universal Robot And Cognexleader In their sectors for the number of products supplied, together with the structure of the application software successfully used in different installations, they allow high performance and false reduced waste.
The design of the robotic island is very compact, ergonomic and functional in complete compliance with ISO 10218/TS 15066 standards ..
The software of the robotic machine assisted by a sensor Of artificial vision peir semiconi It is fully configurable through a touch interface on the PC.
The robot that manages the robotic machine assisted by the artificial vision system for the Semiconi of the engine valves has the peculiarity of carrying out a command of pick & place, taking the laser sensor and dragging it on top of the engine for The 3D control of the position of the semiconi. Once the scan is finished, the robot will reposition the 3D sensor, or the 2D rooms, in the initial position.
Valve semiconi are fixing and valve fixing and lock devices. They combine through the Mating joint, the sSupport queue valve spring With it, and keep the spring in tension. The semiconi delle Valvei are prepared for usury and must be subjected to continuous maintenance and their replacement every time the engine valves are replaced.
The artificial vision system for semiconi control of the engine valves was conceived by our technicians for highlight the correct position of the semiconi. The software will be able to control whether a semicono is positioned in a way not aligned on the same plane with the other half seed and with the valve itself.
The vision system that assists therobotic island, can be integrated conl 'artificial intelligence, GArandando greater productivity and a precision never seen before in controlling the position of the semiconi of the engine valves. Thanks to artificial intelligence, it is possible to carry out vision control also on materials and equipment that do not comply with the basic cleaning and position requirements of the room or the 3D view sensor.
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