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3D Printing High Performance Heatsink
3D printing high-performance heatsinks have surface area and airflow optimizations for greater heat dissipation performance with high thermal conductivity materials. In addition to enhancing heat Add to Inquiry -
Titanium DMLS 3D Printing Bracket
With our EOS M290 printers, we print this titanium (Ti6Al4V/TC4) bracket with DMSL/SLM 3d printing technology. Add to Inquiry -
3D Printing Titanium Alloys Car Parts
3D printed titanium alloy car parts are very tough and corrosion-resistant and maintain their color tone at room temperature. Titanium has excellent resistance to acid and alkali corrosion. The Add to Inquiry -
3D Printed Aluminum Racing Radiator
Metal 3D printing technology can produce aluminum alloy racing radiators of any complex geometry, free to design shapes, maximize radiator performance, and reduce weight. 3D printed aluminum racing Add to Inquiry -
3D Printing Aluminum Heat Sink For Led Light
The 3D printing aluminum heat sink for LED light is small and lightweight and has a strong heat dissipation function. The traditionally designed aluminum LED heat sink is too heavy. The SLM 3D Add to Inquiry -
Metal Additive Manufacturing Of Titanium Impellers
Metal additive manufacturing of titanium impellers has the characteristics of lightweight, high strength, corrosion resistance, and good processing performance. The mechanical properties of Ti6Al4V Add to Inquiry -
3D Printing Airplane Bracket
The 3D Printing Airplane Bracket has a stable and optimized structure, which not only saves materials but also greatly reduces production costs. It has the advantages of being lightweight, having Add to Inquiry -
SLM Rapid Prototyping
Metal parts with a near-complete density can be directly formed using SLM rapid prototyping; the parts have a high strength and strong functionality and can be used right away as finished goods. Add to Inquiry -
3D Printing Rapid Prototyping Process
Improved efficiency . Reduced costs . Guaranteed high precision . Customized according to needs . Add to Inquiry -
Metal Rapid Prototype
The benefit of metal rapid prototype . 1) Fast production speed, low cost and high precision . 2) Improve product quality and reliability . 3) Support personalized customization . 4) Reduce product Add to Inquiry -
SLM 3D Printing Technology
The feature of SLM 3D Printing Technology . 1. Relatively stronger structure and lighter weight; . 2. Create complex and fine structures; . 3. Integrated integration, reducing assembly steps; . 4. Add to Inquiry -
SLM 3D Printing Metal
The Benefits . 1. Meet the manufacturing needs of complex and tiny parts; . 2. Provide customized services; . 3. Achieve rapid output and reduce manufacturing costs; . 4. Shorten the production cycle Add to Inquiry
For the highest thermal conductivity 3D printing filament (~ 12 W/m- K in-plane), a heat sink printed with the print direction parallel to the fins z-axis had ~20% improved performance in comparison...
Aug 04, 2019 · August 4, 2019. Heat sinks are a crucial part of many electronic devices, dispersing the temperatures they produce during operation....
Jun 29, 2020 · 3D printed highly thermally conductive copper components as high-performance heatsinks June 29, 2020 Easier processing, faster production times, high feasibility of short-term changes,...
High Liquid Temperature for 100% Free Cooling and Full Waste Heat Recovery. TurboPlateTM reduces the delta T between the liquid inlet temperature and heat source surface temperature from 50-60°C to...
3D printed high-performance heatsinks are optimized for the geometry of high thermal conductivity materials to increase airflow and surface area for better heat dissipation...
3D Printing High Performance Heatsink. 3D printed high-performance heatsinks are optimized for the geometry of high thermal conductivity materials to increase airflow and surface area for better heat...











