Blog, Display/HMI, Engineered Materials, Information and Labeling, Manufacturing Capabilities
From screen printing to digital printing to frit printing, there are several techniques used at Boyd to print on glass. To ensure the success of any glass-printing application, there are numerous factors that go under consideration such as glass type, inherent tint of...
Blog, Engineered Materials, Insulation and Shielding
As technology becomes more interconnected, protecting sensitive electronic components from unwanted electrical interference is critical. Minimizing electrical interference is vital to a product’s performance, especially in highly regulated industries where...
Blog, Design Engineering, Engineered Materials, Information and Labeling, Manufacturing Capabilities
For technical printing projects, Boyd provides support from development all the way to production. This blog is the second in our series on technical printing. In our first blog, we gave an in-depth description of what technical printing is. In this blog, we will talk...
Autonomous Compute and Artificial Intelligence, Blog, eMobility, Engineered Materials, Information and Labeling
In a recent blog post, we discussed what optical encoders are and how they are used. An optical encoder is an electro-mechanical component for measuring position, velocity, and acceleration. Boyd’s optical encoder components have been used for years in printers,...
Blog, Engineered Materials, Information and Labeling, Manufacturing Capabilities
Lithographic printing, an offset printing technique, is based on the basic principle that oil and water do not mix. It is a process in which ink is transferred from a photographic plate to a rubber blanket, which then presses the image onto the printing surface. What...
Blog, Engineered Materials, Information and Labeling
Although optical encoders are found in a vast number of products across multiple industries, few people know what optical encoders do or what products use optical encoders. Even in the manufacturing industry, many are either unfamiliar with optical encoders or do not...
