GaAs reclaim wafers offer unique properties, but they aren’t as widely spread as silicon wafers yet. Let’s explore the reasons why.
Read MoreAI is driving a revolution in today’s society, and a float zone wafer plays a crucial part in that. Here’s the reason why.
Read MoreWhen it comes to sustainability in semiconductors, InP reclaim wafers play an important role. Here’s what you need to know about that.
Read MoreA double side polish wafer needs to undergo an exhaustive cleaning process. Here’s how it looks like. Contact Wafer World to learn more.
Read MoreElectronic waste is a growing concern for many countries across the world. In this article, we’ll explore how GaAs reclaim wafers can help put a stop to this issue.
Read MoreChips made out of thin silicon wafers play a big part in technology waste. Here’s an analysis of how chips are disposed of and what can be done.
Read MoreDue to the semiconductor shortage, InP reclaimed wafers became an attractive choice for many. But how many times can they be reused? Let’s answer that.
Read MoreUltra-thin wafers opened a new, broader market for electronics due to their size and flexibility. Wearable electronics is another interesting development to consider.
Read MoreIn this article, we’ll explore the history of laser marking in the semiconductor industry and what potential innovations are to come.
Read MoreLaser marking plays a crucial role in semiconductor manufacturing. In this article, we’ll explore the types of lasers used.
Read More