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  The Rise of 3D Steel Printing: Unleashing Design Freedom with Rigorous Quality Control We all know that the landscape of metal manufacturing experienced a paradigm shift with the emergence of 3D metal printing, also known as Metal Additive Manufacturing (AM). This technology unlocks unparalleled design freedom, enabling the creation of intricate geometries previously unreachable through conventional methods. While there is a wide range of materials available for 3D printing, industries like aerospace, automotive, and medical are increasingly leveraging 3D steel printing to produce critical load-bearing components where failure is absolutely unacceptable. The very nature of the layer-by-layer additive process introduces new variables that can significantly impact the final product’s material properties. These properties, such as strength, toughness, and fatigue resistance, must be tightly controlled to ensure the 3D-printed steel parts meet the demanding performance requirements o...

  Choosing the right injection molding tooling, which may also be called the mold, is a critical step in the process of manufacturing quality plastic parts. The tooling can be a significant investment, so evaluating your project for purpose, complexity, lifetime, and part volume will ensure that you make an appropriate and economical choice. Determining the type of tooling your project requires considering the project needs. Rapid  injection molding tooling  that will only be used for a small number of parts doesn’t need to be as robust as production part tooling that may be required to produce tens of thousands of parts. Each type of tooling has its own parameters and restrictions that may or may not fit with your part design and needs. Some of the aspects to consider include: Originally published here:  https://quickparts.com/types-of-injection-molding-tooling-which-is-right-for-your-project/

  Designing for CNC machining demands precision and foresight to ensure optimal functionality and manufacturability of components. Internal radii, hole design, wall thickness, and tolerance specifications stand as pivotal factors influencing the quality and efficiency of   CNC-produced parts . In this blog, we’ll explore four crucial strategies that can significantly enhance the design process for  CNC machining  and offer insights into how these elements shape the final product’s quality and performance. Often overlooked, but fundamentally crucial, is the incorporation of proper radii in part designs. Radii, specifically internal ones, significantly impact the manufacturability, quality, and overall functionality of CNC parts. The below reasons explain how incorporating proper internal radii into a CNC part can be beneficial. Originally published here:  https://quickparts.com/4-ways-to-optimize-your-design-for-cnc/