Oven cavity production involves several demanding steps, including welding, degreasing, enameling, and high-temperature furnace firing. These stages can damage or erase conventional 2D codes such as Data Matrix and QR codes, especially when parts are exposed to heat,...
Buyers are asking AI about you. Engineers are asking AI about you. AI is asking AI about you. For an increasing number of prospects, the B2B buying journey now starts in a chat window, and their nascent impression of you is formed before they even get to your website....
If you think the topic of 3D printing seems confusing or overwhelming, you’re not alone. There’s a lot to consider. But the more you learn the clearer the picture will become. A good place to start is becoming familiar with the different additive manufacturing (AM)...
See how B/S/H achieved reliable item-level traceability in oven cavity production by using CDOT Code to keep each cavity identifiable through welding, degreasing, enameling, and high-temperature furnace firing. By maintaining a stable part identity throughout the process, B/S/H gained better visibility, stronger quality control, lower scrap, and a practical foundation for its digital manufacturing initiatives.
The B2B buying journey now starts in a chat window. How can manufacturers improve their visibility in the new world of AI search?
Powder Bed Fusion (PBF) is a versatile 3D printing technology that builds durable, high-precision polymer parts layer by layer, offering manufacturers greater design freedom, production efficiency, and scalability for industries ranging from aerospace to healthcare.
