Industries
Molds & Cores
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Binder jetting 3D Printing offers significant advantages in manufacturing complex molds, cores, and components.
When the mold shape is complex and requires lightweight design or even functional improvements, such as conformal cooling, binder jetting 3D printing is a good choice. However, a drawback of binder jetting 3D printing is that its surface quality and accuracy may not always meet the stringent requirements of molds. In such cases, CNC machining may be employed to achieve the necessary precision, especially for fitting surfaces. Despite this limitation, binder jetting 3D printing remains a valuable solution, capable of addressing approximately 90% to 95% of challenges encountered in molds and cores manufacturing.
Case Studies
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Let’s look at how binder jetting metal 3D printing changes the shoe mold industry
The traditional shoe mold manufacturing process is complex and labor-intensive, but 3D printing, especially with SLM, SLA, and BJ technologies, revolutionizes efficiency and cost-effectiveness. While SLM and BJ differ, BJ excels in speed and cost, ideal for large-scale production. EASYMFG, after three years of research, offers comprehensive solutions for the shoe mold industry.
넶32 2024-04-16
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Use Metal Binder jetting 3D Printing Technology to Print Clubhead
EASYMFG leads 3D printing in golf with advanced binder jetting technology, delivering faster production, flexible design, and high-quality parts. Utilizing 316 stainless steel print heads and precision sintering, complex structures are realized with superior aesthetics.
넶10 2024-04-16
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