SICK has just launched its Pinspector, a specialist 3D vision solution that claims new levels of repeatability and accuracy for high-speed precision inspection of connector pins and press-fitted pins in printed circuit board and electronics manufacturing applications. The Pinspector delivers automated contactless measurement and validation before press fit to control insertion of pins and after press fit to validate the presence and height of pins, as well as reliably checking the x,y,z position of pins in the connector.
Combining SICK’s Ranger E50 vision cameras, SICK laser profiling devices and specially-developed software, the Pinspector also identifies bent, wrong height, misaligned or damaged connector pins that could cause issues leading to costly failures.
The Pinspector locates, inspects and measures the pins as a high resolution 3D image, and can measure multiple pin types on a single PCB for added versatility, time and cost saving in quality control. The contactless, vision measurement principle is low maintenance and has no effect on the pins.
Two single-camera options of the SICK Pinspector are available for applications where pins are not occluded by other pins or connector walls, and a double camera version (E2) for where a clear view of each pin is more difficult to obtain.
The Pinspector D1 delivers up to 1000 scans per second for mid-speed situations, while the E1 delivers up to 10,000 scans per second for faster production lines. For occluded applications, the double camera E2 model scans at up to 10,000 scans per second.
The SICK Pinspector’s camera positioning and laser alignment have been trialled extensively with SICK customers in electronics applications. As a result, set-up time is minimised, aided by the easy –to-use teach-in for new PCB pin or connector layouts. The solutions offered are scalable for use with multiple SICK Ranger cameras if more capacity is required.
Operated autonomously by external control, speed and flexibility in communications is a vital aspect of the SICK Pinspector. The scanned object can be selected either via a user interface or the easily-configured communications protocol, and is supported by access to a library of PCBs, connectors and other objects. Communication interfaces include RS-422, Ethernet and IO-Link.