Kid with and idea
Lauren Reimnitz

Benchmarking Flashlamp Output

There is a speed limit to a human’s light detection abilities. If something happens faster than approximately 60 Hz, our brains will tie those episodes together and treat them as one longer event. This phenomenon is used ubiquitously by the motion picture industry to create perception of movement from still

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LED's on temperature sensitive substrate
Nikhil Pillai

Benefits of photonic soldering in a roll-to-roll format

Production form factor is a strong determinant of the product produced and cost per unit. Currently, majority of electronics are produced in a semi-batch sheet-to-sheet (S2S) process flow. In this mode, each board is fed through individual steps in sequence. However, in such a format, the size of the board

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LEDs on a curved surface
Harry Chou

PulseForge does more – like soldering on curved surfaces!

We’ve talked about the various ways photonic soldering simplifies the soldering process, like how the PulseForge can be thought of like a grill. Here, I’m sharing an example of how photonic soldering can help engineers overcome design limitations they face when creating new devices for the 3D world around us, while traditional electronics

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Kurt Schroder

The evolution of photonic curing

Photonic curing is the high temperature processing of thin films using a flashlamp. When this processing is performed on a low temperature substrate, such as plastic or paper, a significantly higher temperature can be attained in the film versus an oven without damaging the substrate.

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