Knowledge

Metal Injection Molding vs Die Casting: Comprehensive Comparison for Business Decision-Making

Metal Injection Molding vs Die Casting: Comprehensive Comparison for Business Decision-Making

This guide uses real-world insights and cases to clarify the differences between MIM and die casting, and demonstrates how XY-GLOBAL's tailored engineering services turn production challenges of these two kinds of manufacturing processes into competitive advantages.

 

Read more

Why Medical Grade Ceramic Matters: Technical Ceramics, Precision Machining, and Injection Molding Explained

Why Medical Grade Ceramic Matters: Technical Ceramics, Precision Machining, and Injection Molding Explained

Introduction From medical grade ceramic implants to technical ceramics manufacturers producing aerospace parts, advanced ceramics are shaping the future of precision engineering. With the rise of powder injection molding of metal and ceramic parts, designers and engineers now have access...

Read more

Intricate Metal Injection Molded Parts from XY-Global with Smooth, Uniform Metallic Finish

MIM Metal Unveiled: From Technical Foundations to Industrial Scaling—How XY-Global Empowers Tech Innovators to Overcome Manufacturing Bottlenecks

This comprehensive guide delves deep into the Metal Injection Molding (MIM), a pivotal technology for manufacturing complex, high-density metal components. Learn how XY-Global integrates century-long trust with innovative MIM metal manufacturing to help 99 tech startups become the next global unicorns.

Read more

The Ultimate Guide to Powder Metal Manufacturing: Process, Advantages, and Applications

The Ultimate Guide to Powder Metal Manufacturing: Process, Advantages, and Applications

This comprehensive guide explores the modern landscape of the powder metallurgy manufacturing process and how industry leaders like XY-GLOBAL are pushing the boundaries of what’s possible with ultra-precision technology.

Read more

Sintered Parts: Materials, Properties, Tolerances, and When to Choose MIM Instead

Sintered Parts: Materials, Properties, Tolerances, and When to Choose MIM Instead

Sintered parts are widely used in high-volume manufacturing where cost efficiency, dimensional stability, and repeatability are more critical than extreme geometric complexity. In industries such as automotive, industrial equipment, consumer hardware, and power tools, sintered metal parts remain a practical...

Read more

Powder Metal Gears and the Atomization Process

Powder Metal Gears and the Atomization Process

What Are Powder Metal Gears and Why Are They Important? In industries ranging from automotive to aerospace, powder metal gears are increasingly becoming the go-to solution for high-performance mechanical systems. These gears are made using a process that starts with...

Read more

The Future of Precision Manufacturing: A Deep Dive into Ceramic Injection Molding (CIM) Technology and Commercial Application Guide

The Future of Precision Manufacturing: A Deep Dive into Ceramic Injection Molding (CIM) Technology and Commercial Application Guide

This article provides an in-depth analysis of the Ceramic Injectionn Molding (CIM)  process, its core advantages, and key evaluation points for commercial investigation, helping you make informed decisions in product development and supplier selection.

 

Read more

Sintered Parts Manufacturer: High-Precision Powder Metallurgy for Complex Metal Components

Sintered Parts Manufacturer: High-Precision Powder Metallurgy for Complex Metal Components

As industries move toward smaller, stronger, and more cost-efficient metal components, the role of a reliable sintered parts manufacturer becomes crucial. Powder metallurgy (PM) enables the mass production of gears, structural parts, locking components, and miniature mechanisms with stable tolerance...

Read more

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...

Read more