Many implantable devices benefit from the unique advantages of borosilicate glass encapsulation. Applications include veterinary tracking devices, neurostimulators for the …

Recently, electrochemical discharge machining (ECDM) has demonstrated to be a potential process for microstructuring of Pyrex glass. However, the key to widening ECDM …

Pyrex glass etching is an important technology for the microfluid application to lab-on-a-chip devices, but suffers from very low etching rate and mask-requiring process in …

Pyrex glass is a borosilicate glass first produced by The Corning Glass Works company. It is made by heating raw materials like silica sand and boric oxide to extremely high temperatures for extended periods of time. The molten …

In this paper, we have applied the method of liquid-assisted laser processing (LALP) to reduce the temperature gradient, bulges and heat affected zone (HAZ) region for achieving crack-free …

A new wafer-level process to precisely fabricate regular arrays of deep cavities on the Pyrex7740 glass wafer as well as applications to wafer-level hermetic packaging of MEMS devices are...

Pyrex is pretty stout and can be chucked on or clamped in a vise with just some simple rubber strips between the metal and the glass for a quick make-do. Then it typically can …

In this article, a poly-dimethylsiloxane (PDMS) protection processing has been presented to reduce the temperature gradient and heat-affected zone (HAZ) to achieve crack …

A crucial issue in Pyrex glass etching is how to etch through holes of amorphous Pyrex glass for the inlet/outlet connection or package. Here, good quality of through hole …

The Pyrex glass micro-fabrication is applicable for anodic bonding with silicon and in biochip fabrication, thus it plays a key role in the field of Micro Electro Mechanical Systems (MEMS). The