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Back to Powder Engineering Written by Felix LeeCEO at Forgecise Last Updated: August 17, 2026 About the Author Felix Lee is the CEO at Forgecise, focusing on additive manufacturing strategy, industrial materials, and production optimization. His work involves helping companies understand how powder quality, material selection, and manufacturing processes affect the reliability and cost of

Back to Powder Engineering Quick Answer:Metal powder engineering controls powder size, shape, chemistry, flowability, and handling processes to produce reliable additive manufacturing parts. In LPBF, DED, and Binder Jetting, powder quality directly affects layer consistency, part strength, surface finish, and production success. Author: Felix Lee, CEO at ForgecisePublished: August 17, 2026Last Updated: August 17, 2026

Back to Powder Engineering Author: Felix LeePosition: CEO at ForgecisePublished Date: August 17, 2026 What Is 3D Printing Powder Automation? Short answer:3D printing powder automation is a system that automatically collects, transports, cleans, stores, and reuses printing powder during additive manufacturing. It reduces manual handling, improves safety, lowers material waste, and helps manufacturers build more

Back to Powder Engineering Written by Felix LeeCEO at Forgecise Published: August 2026Last Updated: August 2026 Quick Answer Metal 3D printing melting and alloying is the process of using laser or electron beam energy to melt metal powder, form a controlled melt pool, mix alloy elements, and rapidly solidify the material. This process controls the

Back to Parts Manufacturing Last Updated: August 14, 2026 Author: Felix Lee, CEO at ForgeciseReviewed by: Forgecise Engineering Team Quick Answer A vertical vacuum heat treatment furnace is an industrial furnace designed to heat treat large metal components inside a controlled vacuum environment. It is widely used for high-temperature alloys, titanium alloys, and stainless steel

Back to Parts Manufacturing Quick Answer TruLaser Cell 7040 laser welding equipment is a high-precision industrial system designed for laser welding and laser cutting applications. It supports stainless steel, high-temperature alloys, circular seams, spatial intersecting seams, and irregular welding structures through five-axis motion control, Siemens 840D Solution Line technology, and accurate positioning performance. Key Points

Back to Parts Manufacturing Last Updated: August 14, 2026 Written by:Felix Lee, CEO at Forgecise Felix Lee works with industrial equipment solutions and manufacturing applications, focusing on how production companies can improve equipment selection, workflow design, and component preparation processes. Technical Review:Forgecise Engineering Team Quick Answer A vibration cleaning station is industrial equipment used to

Back to Parts Manufacturing Last Updated: August 14, 2026 Written by:Felix Lee, CEO at Forgecise Industry Focus: Precision Manufacturing Equipment, Surface Finishing Technology, Industrial Automation Quick Answer Abrasive flow machining equipment is a precision finishing machine that uses abrasive-filled fluid media under controlled pressure to remove burrs, polish surfaces, improve edges, and process complex areas

Back to Parts Manufacturing Author: Felix Lee, CEO at ForgecisePublished: August 14, 2026Last Updated: August 14, 2026Reading Time: 8 minutes A Water Flow Testing and Flushing Bench is an industrial testing system used to measure water flow performance and perform high-pressure flushing tests on engine components. It helps manufacturers check cooling passages, remove internal particles,

Back to Parts Manufacturing A Wire EDM machine uses controlled electrical discharge to cut conductive materials with high accuracy. The HA500U and HA800U medium wire EDM machines are designed for manufacturers that need precise cutting, taper machining, and complex part production. These machines are suitable for difficult materials such as titanium alloy and high-temperature alloy