Additive Manufacturing

Breaking Bottlenecks and Reshaping Cycles: Navigat’s Innovative 3D Printing Powder Recycling System

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Breaking Bottlenecks and Reshaping Cycles: Navigat's Innovative 3D Printing Powder Recycling System

Navigat’s independently developed 3D printing additive recycling system achieves efficient and safe screening and recovery of metal powders through fully enclosed inert gas protection, addressing the long-standing industry challenges of material oxidation and contamination. In the cutting-edge field of metal powder 3D printing, powder recycling has always been a key bottleneck restricting cost reduction and … Read more

The Core Logic of Shenzhen as the World’s Leading City in 3D Printing

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The Core Logic of Shenzhen as the World's Leading City in 3D Printing

Click the blue text Follow us 1. Shenzhen’s Global Position and Development Background in Consumer 3D Printing 1.The Origin and Early Landscape of 3D Printing Technology: Originating in the 1980s in the United States, it primarily served high-end fields such as aerospace and medical, dominated by European and American manufacturers, with high equipment prices and … Read more

Six Companies with High Growth in PEEK 3D Printing and High-End Molds Mid-Year Report 2025

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Six Companies with High Growth in PEEK 3D Printing and High-End Molds Mid-Year Report 2025

With the upgrade of intelligent manufacturing,3D printing and high-end molds have significantly increased material performance requirements.PEEK (Polyether Ether Ketone) has become the core material for high-performance3D printing and precision molds due to its high-temperature resistance (printing temperature up to 380℃), and excellent mechanical properties (tensile modulus of 3.8GPa). The Ministry of Industry and Information Technology’s … Read more

How 3D Printing Solves the Cooling Dilemma: From Overheating Phones to AI Computing Centers

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How 3D Printing Solves the Cooling Dilemma: From Overheating Phones to AI Computing Centers

During summer, experiencing sudden lag on your phone, laptops shutting down due to overheating, and the range of electric vehicles shrinking as temperatures rise… These everyday frustrations point to a common technical bottleneck – heat dissipation. As 5G, AI, and new energy technologies continue to increase device power density, traditional cooling methods have fallen into … Read more

Unveiling the Future of Shoe Mold Manufacturing: Is 3D Printing an Inevitable Trend?

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Unveiling the Future of Shoe Mold Manufacturing: Is 3D Printing an Inevitable Trend?

3D printing of shoe molds is bound to replace traditional manufacturing due to its advantages in design freedom, time efficiency, and environmental protection. [Qiming Additive Manufacturing] If you were to list the currently popular fields of 3D printing applications, shoe molds would surely be among them. According to relevant reports, the global market size for … Read more

Revolutionary! The U.S. to Pioneer 3D Printed Wind Turbine Blades

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Revolutionary! The U.S. to Pioneer 3D Printed Wind Turbine Blades

3D printing, also known as additive manufacturing technology, is a method of creating solid parts based on three-dimensional CAD data through layer-by-layer material accumulation. In recent years, it has gained widespread application. However, due to the complex shapes and large sizes of wind turbine blades made from fiberglass or carbon fiber, 3D printing technology has … Read more

Domestic Lasers Have Accumulated Numerous New Technologies Awaiting Application in the 3D Printing Industry: An Exploration of Baochenxin Factory by Polar Bear

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Domestic Lasers Have Accumulated Numerous New Technologies Awaiting Application in the 3D Printing Industry: An Exploration of Baochenxin Factory by Polar Bear

Abstract: After interviewing the laser product solution provider Baochenxin, Polar Bear has a vague feeling that in the future, whether for industrial-grade 3D printing with metals or non-metals like nylon, innovations and explorations in laser performance parameters of hardware will become one of the important breakthrough directions in the qualitative change process of 3D printing … Read more

Five Typical Applications of Metal 3D Printing in Automotive, Military, and Aerospace Industries

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Five Typical Applications of Metal 3D Printing in Automotive, Military, and Aerospace Industries

Metal 3D printing (additive manufacturing) technology has achieved breakthrough applications in various fields due to its high design freedom and material utilization efficiency. Below are typical cases in the automotive, military, and aerospace industries: 1. Automotive Industry Optimizing Production Processes and Cost Control CaseStratasys’s 3D printing technology is used in the production of automotive parts, … Read more

A New Engine for the Low Altitude Economy: Additive Manufacturing (3D Printing) Technology as a Key Support

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A New Engine for the Low Altitude Economy: Additive Manufacturing (3D Printing) Technology as a Key Support

A New Engine for the Low Altitude Economy: Additive Manufacturing (3D Printing) Technology as a Key Support From aerospace components to eVTOL aircraft and low-altitude infrastructure, 3D printing technology is providing critical technical support for the development of the low altitude economy through its unique advantages of customization, lightweight design, and rapid manufacturing. As the … Read more

The Development Potential of Additive Manufacturing (3D Printing) in the Low Altitude Economy

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The Development Potential of Additive Manufacturing (3D Printing) in the Low Altitude Economy

The Development Potential of Additive Manufacturing (3D Printing) in the Low Altitude Economy In recent years, the low altitude economy has emerged as a new engine for global economic growth, rapidly reshaping the industrial landscape. From drone logistics to urban air mobility (UAM), and from emergency rescue to environmental monitoring, the low altitude economy not … Read more