Switzer Blog

It’s hard to remember a time where streets were void of electric and hybrid vehicles. In fact, it’s quite common these days to see plug-in stations in parking lots and hear of well-known automotive brands embracing the electric culture.

From simple parts to complex components used in modern manufacturing, a wide variety of metal parts are created through photochemical etching. A subtractive process by which small pieces are removed from sheet metal, metal etching has proven to be one of the most effective ways to produce accurate, consistent parts.

You’ve probably seen metal business cards in person before, from dinner parties to networking events. Hey, even Steve Wozniak has one that he famously passes around. But beyond their initial shine, there are a few things that you should know about them.

Radio frequency interference, or RFI, takes on many forms. It could be a humming microwave that causes a Wi-Fi connection to waver, or perhaps the sounds of a cell phone transmitter traveling through the airwaves of your car stereo.

Any time you need to make a custom metal part, there’s a wide range of manufacturing methods available. The challenge can be selecting the right one that best fits your needs—including quality, cost, turnaround time and manufacturability. In many cases, chemical etching (also known as photo chemical machining) offers clear advantages over other processes.

Sheet metal fabrication is a process that involves various techniques. While each comes with its own advantages, it’s important to consider how these benefits apply to your specific design.

When designing or sourcing a manufacturer for a flat precision metal component, trying to determine whether laser cutting or photochemical etching* is the best alternative method to produce it can be difficult. And as with nearly every component, the answer may not be black and white.

In the aerospace industry, instrumentation is an important point of concern. Researchers are constantly searching for ways to design precise, reliable instruments that deliver accurate measurements.

The way products are manufactured has a crucial impact on their success in the market. This is true not only of the processes behind their development but also the design and engineering of tools used for fabrication—or what’s known as tooling.

Unmanned aerial vehicles (UAVs) have come a long way in recent years. Lightweight parts and sophisticated sensors are now the norm, and cutting-edge technologies once reserved for industrial and military applications are available to consumers at relatively low costs.