Not only Fineview stands benefit to LED technology, the company also offers new LED lighting solutions for vision alignment and process observation with Fineplacer systems. Compared to standard halogen lighting, LED technology provides several benefits, including high energy efficiency results in significantly reduced heat dissipation. Furthermore, they provide remarkably better luminance values (up to 400 Lumen) and a ten times longer life-span than with standard halogen, making LED lighting the best choice to meet your rework and micro assembly challenges.
The new LED lighting 2 x 2 or 4 x 4 is recommended when working on large field or high magnification applications. The 2 x 2 LEDs ensure a consistent and near shadowless full area illumination of substrate and component. No matter what light intensity is selected, the colour temperature always remains stable. Because of its positive characteristics LED lighting is particularly suitable for use with CCD cameras. The company therefore offers optional LED lighting equipment for the inspection video module Vario/Vario Plus, as well as for the side camera. Using LED technology helps to illuminate the field of view evenly with maximum 2 x 50 Lumen. Low power consumption makes double LED lighting possible. Of course, the company’s existing video camera modules or side camera modules can be easily retrofitted with LED lighting.
The infrared start sensor for contactless board temperature measurement also made its debut at Productronica. Perfect rework results are only possible when all parameters of the heating process can be reproduced reliably. For thick multilayers it is also possible to integrate software-controlled bottom heating into the process. However, the temperature of the PCB may vary under different external factors of influence. When carrying out bottom heating processes, different initial board temperatures would have an influence on the results if the starting point of the top heat process was not adapted. Therefore, it is recommended to use the infrared start sensor to ensure the process can be exactly reproduced under all circumstances. Compared to conventional temperature measurement directly at the PBC, the new infrared start sensor offers several benefits: no in-process handling is needed during the process due to contactless infrared measurement and a laser pointer helps in finding the best measuring spot. The infrared start sensor is characterised by an outstanding profile reliability of +/- 5 °C and allows for increased peak temperature accuracy. The PCB is only exposed to as much heat as is necessary to reduce thermal stress significantly. Of course, existing placer control boxes can also be retrofitted with the infrared start sensor.
EPP Europe 437
