In CO2 laser systems, there are two common types of power supply that can be used to excite the gas molecules in the laser module: direct current (DC) and radiofrequency (RF). In this article, we’ll take a look at the differences between these two power supply types.
We have 8 Kern machines now – they’re an integral part of our business,” shared owner Ben VandenWymelenberg. “Using their systems, Kern allowed us to create new products in new verticals and ultimately, diversify our business. If I had to describe them in just a few words it’d be reliable, responsive, and…”
In CO2 laser systems, there are two common types of power supply that can be used to excite the gas molecules in the laser module: direct current (DC) and radiofrequency (RF). In this article, we’ll take a look at the differences between these two power supply types.
In CO2 laser systems, there are two common types of power supply that can be used to excite the gas molecules in the laser module: direct current (DC) and radiofrequency (RF). In this article, we’ll take a look at the differences between these two power supply types.
In CO2 laser systems, there are two common types of power supply that can be used to excite the gas molecules in the laser module: direct current (DC) and radiofrequency (RF). In this article, we’ll take a look at the differences between these two power supply types.
There are three types of cores commonly available in the current CO2 laser market: metal, glass, and ceramic. At Kern, all of our laser systems have metal-sealed cores, which we consider to be the best, most proven design. Let’s compare some key aspects of these three common core types.
There are three types of cores commonly available in the current CO2 laser market: metal, glass, and ceramic. At Kern, all of our laser systems have metal-sealed cores, which we consider to be the best, most proven design. Let’s compare some key aspects of these three common core types.
Kern offers many optional additions to our standard laser systems to allow users increased flexibility, both in terms of the materials they process on the laser and the ways those materials are processed. For this post, we’ll put the spotlight on one of these add-on features: the rotary attachment for pipe and tube cutting.
Here are five business categories that should consider using laser-cutting machines in their production processes, as well as descriptions of the ways these machines can benefit them.
A current AI-related concept with relevance to manufacturing is I/O (input/output), which refers to the transfer of data between systems. I/O allows machines to communicate with each other during the manufacturing process.
In this blog, we dispel some common myths and misconceptions about lasers, specifically about laser-cutting machines like those we manufacture and sell.
Many of our customers, and those in the industrial laser industry, know Kern as a reputable US manufacturer of laser cutting and engraving systems. Kern has been manufacturing laser systems since the early 90’s and has thousands of systems in the field working on a wide spectrum of applications. Up until 2012 Kern partnered with various vendors to supply the “heart” of our laser system,
