AM Powder Designed to Create Conformal Cooling Channels
With so much happening in a busy show year between NPE2018, Amerimold 2018 and IMTS 2018, MoldMaking Technology is revisiting some of the technology that was on display. In case you missed it: Uddeholm says that using Corrax additive manufacturing powder enables the creation of conformal cooling channels to reduce cycle times. The company had the powder on display at NPE2018.
Photo Credit: Uddeholm
Uddeholm announces the launch of Corrax additive manufacturing powder, a product designed for the additive manufacturing of tooling components. Uddeholm says that using Corrax additive manufacturing powder enables the creation of conformal cooling channels to reduce cycle times, among other possibilities. Uddeholm maintains that Corrax powder is excellent for additive manufacturing tooling applications because of high demand, short run series and the ever-increasing need for shorter lead times.
The company announced its 350th anniversary as a manufacturer of industrial tool steels in 2018. Based in Hagfors, Sweden, Uddeholm has delivered high-alloyed steels since opening in 1668. Uddeholm provides tooling solutions through technical know-how, advice and support to customers from over 90 countries around the world. Uddeholm serves customers in a wide range of industries, providing local stocking and technical support for tool steels, mold materials and specialty alloys. Uddeholm says that continuous development of new products and solutions has shaped the success of Uddeholm today. Uddeholm opened its first facility in the United States in 1925.
Related Content
-
Moldmakers Deserve a Total Production Solution
Stability, spindle speed and software are essential consideration for your moldmaking machine tool.
-
Maintaining a Wire EDM Machine
To achieve the ultimate capability and level of productivity from your wire EDM on a consistent, repeatable and reliable basis, regular maintenance is a required task.
-
Machining Center Spindles: What You Need to Know
Why and how to research spindle technology before purchasing a machining center.