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March, 2018 Radiant Displays Advanced In-Line Vision System
Redmond, WA — Radiant Vision Sys- tems is displaying its
INSPECT.as- sembly solution for in-line electronics assembly verification at IPC APEX 2018. The company is a provider of light and color measurement solu- tions for consumer electronics dis- plays, backlit components and light sources. Its ProMetric® imaging sys- tems are engineered to capture the most precise, meaningful variations in highly detailed images to evaluate luminance, chromaticity and pixel- level defects.
Incorporating its technical ad-
vantages in light measurement, Ra- diant now develops solutions to ad- dress inspection applications that have been unmet by traditional ma-
INSPECT.assembly in-line vision system.
chine vision. These advanced vision solutions provide an alternative im- aging platform to enable automated inspection of complex assemblies. Radiant’s new
INSPECT.as-
sembly system is the first turnkey in- spection system to leverage the com- pany’s high-performance imaging technology for inspection of electro- mechanical components directly on the assembly line. The system rivals human visual acuity for detecting de- fects while quantifying visual data for automated operations, bridging the gap between human and machine vision inspection for challenging as- semblies. Occupying the same physical footprint as a human operator on the
line, the
INSPECT.assembly system can be added to moving conveyers, adjusting to heights from 20.7 to 37.4 in. (52.5 to 95 cm). The system’s IN- SPECT software is preconfigured to the specific parameters of each part, providing precise data control, while maintaining adaptability to line changeover. Each
INSPECT.assem- bly is configured by Radiant’s vision engineers, allowing customers to re- alize exact inspection tolerances and
minimize set up time. Contact: Radiant Vision Sys-
tems, 22908 NE Alder Crest Drive,
Suite 100, Redmond, WA 98053 % 425-844-0152 E-mail:
shaina.warner@radiantvs.com Web:
www.radiantvisionsystems.com
See at IPC APEX, Booth 3815 FLYING PROBE TESTER
FASTEST & MOST ACCURATE Granite chassis eliminates vibrations
One-part epoxy adhesive. As electronic components be-
FULL TEST CAPABILITIES
come thinner and smaller, high cure temperatures are becoming more of an issue. Cure temperatures in tradi- tional one-part systems can reach as high as 338°F (170°C). This was ac- ceptable in many applications in the past, but in modern electronics man- ufacturing operations cure tempera- tures that high are likely to cause component damage. Ultra-thin copper wafers will
actually warp, and many heat-sensi- tive components will simply fail. Frozen, premixed, two-part sys-
tems have been tried as a solution to the cure temperature issue, since they cure at much lower tempera- tures, but their weaker physical properties make them unsuitable for many applications. One-part systems can now cure commonly at 212°F (100°C) and sometimes even as low
as 158°F (70°C). Contact: MG Chemicals, 9347
@
www.spea.com
See at APEX, Booth 1544 193rd Street, Surrey,
British Columbia, Canada V4N 4E7 % 800-201-8822 fax: 604-888-7754 Web:
www.mgchemicals.com
See at IPC APEX, Booth 2143
LOW COST OF TEST
MG Chemicals Intros One Part Epoxy Adhesives
Surrey, British Columbia, Canada — MG Chemicals has recently released a new line of one-part epoxy adhesives. The adhesives are designed to over- come some of the challenges tradition- al one-part formulations face as the demands of electronics manufacturers evolve. The new one-part epoxy adhe- sives can be cured at lower tempera- tures, do not need to be frozen and have longer working times than previ- ous types of adhesives. One-part epoxy adhesives have
long been mainstays of electronics man- ufacturing. However, their high cure temperatures, frozen storage require- ments and limited shelf lives can make them difficult to handle.
NEW
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