Knowledge

Why MIM Development Takes Time and Why the Tooling Cost Is Higher

Why MIM Development Takes Time and Why the Tooling Cost Is Higher

Metal Injection Molding (MIM) is often promoted as an efficient way to manufacture small, complex metal components at scale.While this is true, customers are sometimes surprised to discover that MIM requires a longer development cycle and higher tooling investment compared...

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Mechanical Machine Parts: What They Are, How They’re Made, and Why They Matter in Real Production

Mechanical Machine Parts: What They Are, How They’re Made, and Why They Matter in Real Production

When people talk about mechanical machine parts, they often imagine complicated components hidden inside industrial equipment. But in reality, these parts are everywhere—from the brackets holding a robot arm in place, to the aluminum housing protecting a motor, to the...

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The Strategic Blueprint for High-Value Customers: Inspired by HUAWEI's Tri-Fold Hinge Driven by MIM Tech 

The Strategic Blueprint for High-Value Customers: Inspired by HUAWEI's Tri-Fold Hinge Driven by MIM Tech 

The successful deployment of Metal Injection Moulding (MIM) technology in the HUAWEI Mate XT triple foldable smartphone positions MIM as the go-to solution for High-Value Customers (HVCs). With the foldable market's rapid growth, MIM technology will undoubtedly further maximize benefits for this key customer segment. 

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Precision Ceramic Parts Manufacturer: How to Select the Proper and Perfect One for You

Precision Ceramic Parts Manufacturer: How to Select the Proper and Perfect One for You

Ceramic parts are used in various areas due to their outstanding material properties and the use of ceramics makes a significant contribution to increasing efficiency, comfort and safety, so knowing how to choose the perfect ceramic parts manufacturer is of vital importance. This article will tell you how to choose the ideal one to make your work done perfectly. 

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Understanding Carbide Sintering: From Powder to Precision Tooling

Understanding Carbide Sintering: From Powder to Precision Tooling

When you hold a carbide cutting insert or a high-precision mold pin in your hand, it’s hard to imagine that it once started as loose gray powder. The transformation from fine tungsten carbide particles to a dense, mirror-finish tool is...

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Precision Meets Performance: The Power of Metal Injection Molding Gears

Precision Meets Performance: The Power of Metal Injection Molding Gears

Explore how XY-GLOBAL manufactures high-precision metal injection molding gears (MIM gears) with superior strength, accuracy, and smooth surface finishes—ideal for automotive, robotics, and medical applications. Keywords: metal injection molding gears, MIM gears, micro gear manufacturing, MIM process, precision gear components,...

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Metal Sintering — A Practical Guide to Precision and Performance

Metal Sintering — A Practical Guide to Precision and Performance

When people talk about metal sintering, they usually imagine complex furnaces and high temperatures — and they’re right. But behind every sintered gear, bracket, or connector, there’s a simple logic: use powdered metal, compact it, heat it just below its...

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Engineering Guide to Powder Metallurgy Bearings

Engineering Guide to Powder Metallurgy Bearings

Powder metallurgy bearings, also known as sintered or oil-impregnated bearings, are an essential component in countless mechanical systems. They are widely used in electric motors, household appliances, automotive systems, industrial automation equipment, and medical devices — essentially anywhere rotational motion...

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What is a Powder Metallurgy Bearing?

What is a Powder Metallurgy Bearing?

Powder metallurgy bearings are made of metal powder and other anti-friction material powders pressed, sintered, shaped and impregnated with oil. They have a porous structure. After being soaked in hot oil, the pores are filled with lubricating oil. During operation,...

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