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Hello, As this internship progresses I will be posting on my experience and documenting my progress, so it is prudent that I first introduce

Hello, my name is John Russo and I’m currently a student at SUNY Polytechnic working diligently to get a bachelor’s degree in Mechanical Engineering Tech. I’m involved in many

First off, I would like to say how grateful I am to be an intern here at the Indium Corporation. This is a great oppurtunity and I look forward to learning many things. I was born and raised in

Dear Future Interns, Hello! My name is Lucia Forte. I am the Marketing Communications (also known as Marcom) intern at Indium Corporation. I am currently studying New Media Marketing at Rochester

パティがオフィスに向かって歩いていると、ウルフ・ガブリエルソン教授が通りかかった。「印象的な年配の男性だ。彼は数十年前、ノーベル賞の候補者だった。

皆さん、パティとロブがまた冒険に出たようです。ちょっと覗いてみよう......。パティは大学時代から同じ2001年式のサーブ・ステーションワゴンに乗っていた。それは素晴らしい車だった。

In a previous post I spoke about Large Ground Plane Voiding in Electronics Assembly and referred to a statistical tool called an Ishikawa Diagram. This tool helps map out a process and provide an

In a previous post I spoke about Large Ground Plane Voiding in Electronics Assembly and referred to a statistical tool called an Ishikawa Diagram. This tool helps map out a process and provide an

Phil Zarrow: This video is for researchers and engineers interested in indium metal. It will cover the applications and future uses. Ron, can you tell us a little bit about the history of indium

Phil Zarrow: This video is for anyone wondering about working with silver sintering materials. It will cover the roles of porosity and pressure. Dr. Lee, why work with silver sintering materials?

Folks, Let's see how Patty and the team are doing on their presentation on voiding for Mike Madigan … Patty was kind of down. Like millions of others, she and Rob watched, in horror, as

Eric Bastow: Today we're going to be talking about this really unique metal called bismuth. One of the unique things about bismuth metal is, unlike other metals that contract when they solidify,

Eric Bastow: Today we're going to be talking about this really cool metal called gallium. It's very unique, because it has a low melting point, and melts at 30 degrees C or 86 degrees

Eric Bastow: Gold is very useful as a soldering material when it's used with alloys. They have very high melting points, and, for that reason, sometimes the gold-based alloys are referred to as

Eric Bastow:Today, we're going to be talking about a heavy metal – not heavy metal the kind of music, but a heavy metal – lead. Lead has a very high melting point of 327 degrees

Eric Bastow: Tin is a very useful metal, very shiny metal, and it melts at 232 degrees C, which is 450 degrees Fahrenheit. It is very useful, because it has a long and wide history for use in

エリック・バストウインジウムは非常に用途の広い金属です。ビスマス、スズ、鉛といった他のものと容易に合金になり、広いスペクトルと広い融点を持つ。

Phil Zarrow: This video is for those in the electronics assembly industry that want to establish when to properly use Cp and Cpk. It includes statistical data and examples. Dr. Lasky, an important

Phil Zarrow: This video is for those in the electronics assembly industry that want to minimize the head-in-pillow defect. It includes the solder paste properties that help overcome this challenge.

This is video is for electronics assemblers who are required to assess field reliability. It includes determining whether or not sampling can prove that there are zero defects. Phil Zarrow:

This video is for electronics assembly professionals who are looking to improve their wave soldering processes. It includes tools and resources that will help overcome common challenges. Phil Zarrow: