Blog
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Metal Injection Molding
Metal injection molding (MIM) is a manufacturing process used to produce small, intricate metal parts with complex geometries. It combines the design flexibility of plastic injection molding with the strength and durability of metal components. Metal Injection Molding Overview Applications and Industries Using MIM Are there other services that ASG offers that would apply to… Read…
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How Is Hyprolapping Used in Firearm Manufacturing?
Surface grinding procedures like hyprolapping are often required for critical firearm components such as bolt carriers, firing pins, and rifle chambers to achieve the necessary surface finish and flatness. Hyprolapping Process Importance in Firearm Manufacturing The surface finish and flatness of components like bolt carriers, firing pins, and rifle chambers are crucial for the proper… Read…
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Microfinishing to Light Band Flatness Tolerances
Achieving the desired levels of surface flatness on a part can be critical in applications that require a tight seal but cannot use traditional gaskets. Such applications might include aerospace parts, precision hydraulic systems, valve bodies, pumps, and other components that require gasket-less seals or tight metal-to-metal tolerances. ASG’s combination of light band flatness measurement… Read…
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FAQ: Hyprolapping Precision Machining for Parts
Hyprolapping, a precision machining process, often raises several questions due to its specialized nature. Here are some frequently asked questions: What is hyprolapping, and how does it differ from other machining methods? Hyprolapping is a machining process that combines aspects of grinding and lapping to achieve extremely tight tolerances and surface finishes. It utilizes a… Read…
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Hyprolapping for Metal Injection Molded (MIM) Parts
Hyprolapping is a critical step for metal injection molded (MIM) parts due to several reasons, as outlined in the provided resource: Overall, hyprolapping plays a crucial role in the surface finishing of metal injection molded parts, enabling manufacturers to achieve superior surface quality, tight tolerances, and improved mechanical properties essential for meeting the demanding requirements… Read…