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Small Precision Thin Wall Metal Injection Moulding for Complex Parts

Small Precision Thin Wall Metal Injection Moulding for Complex Parts

For small metal parts with thin walls, complex geometry and high annual volumes, CNC machining can become expensive and inefficient. XY-GLOBAL provides small precision thin wall metal injection moulding services for customers who need compact metal components with repeatable dimensions,...

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Reduce MIM Tooling Risks with DFM and Shrinkage Compensation

Reduce MIM Tooling Risks with DFM and Shrinkage Compensation

Learn how DFM and MIM mold shrinkage compensation help reduce tooling changes, sintering deformation, and dimensional risks before mass production.

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How the Sintering Process in Metallurgy Shapes Final Part Performance

How the Sintering Process in Metallurgy Shapes Final Part Performance

The sintering process in metallurgy converts compacted metal powder into a strong, dense component by heating it below the material’s melting point. During heating, metal particles bond through diffusion, reducing porosity and increasing mechanical strength. Sintering is widely used in powder...

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Metal Injection Molding(MIM) for Smart Wearables: Smaller Parts, Stronger Designs

Metal Injection Molding(MIM) for Smart Wearables: Smaller Parts, Stronger Designs

Smartwatches, wireless earbuds, AR glasses and fitness bands have become part of everyday life—devices people wear for hours, often every single day. What users expect has changed as well. It is no longer enough for a device to track data...

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Understanding Cordierite Ceramic from Material Properties to Custom Parts

Understanding Cordierite Ceramic from Material Properties to Custom Parts

Do your ceramic parts crack, deform, or lose dimensional accuracy after repeated heating and cooling? In kilns, exhaust systems, heating equipment, and precision machinery, thermal expansion can create internal stress, affect alignment, and shorten component service life. Cordierite ceramic is...

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Metal Powder Compaction and MIM Manufacturing for Complex Metal Parts

Metal Powder Compaction and MIM Manufacturing for Complex Metal Parts

Metal powder compaction is well suited to powder metallurgy parts with relatively simple shapes and clear pressing directions. When a component includes side holes, thin walls, deep grooves, threads, reinforcing ribs, or complex curved surfaces, conventional powder pressing often requires...

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Copper Metal Injection Molding (MIM) for AI Hardware and Power Electronics Cooling

Copper Metal Injection Molding (MIM) for AI Hardware and Power Electronics Cooling

Read this article for everything you want to know about copper MIM. Even better, XY-GLOBAL will share the real-world case study with you. Send your copper MIM part drawing, and our skilled engineering team will provide you with free, professional DFM evaluation and cost-saving advice tailored to your project.

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Invar Alloy MIM Parts: Metal Injection Molding for Low-Expansion Precision Components

Piezas MIM de aleación Invar: Moldeo por inyección de metal para componentes de precisión de baja expansión

Este artículo explica qué es la aleación de Invar (FeNi36) y por qué su coeficiente de expansión térmica cercano a cero la hace esencial para componentes ópticos, aeroespaciales, de semiconductores y de instrumentos de precisión. Cubre si el Invar puede moldearse por inyección de metal (MIM) y cómo, el flujo del proceso y los desafíos de sinterización específicos de esta aleación de níquel-hierro, las aplicaciones típicas y las pautas de diseño. El lector objetivo es un ingeniero de diseño, líder de I+D o gerente de compras en una empresa de óptica, equipos semiconductores, aeroespacial o instrumentación de precisión que evalúa el MIM como una ruta de producción para componentes de Invar.

 

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Precision Ceramic Components for High-Performance Industrial Applications

Componentes Cerámicos de Precisión para Aplicaciones Industriales de Alto Rendimiento

Componentes cerámicos de precisión para aplicaciones industriales En muchas aplicaciones industriales exigentes, las piezas estándar de metal o plástico no siempre pueden proporcionar un rendimiento estable a largo plazo. Los componentes pueden necesitar funcionar bajo altas temperaturas, desgaste continuo, corrosión...

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