Characterized by fast printing speed, high-precision components, and low cost, binder jetting metal 3D printing is regarded as one of the crucial technologies suitable for mass production. As China's leader in binder jetting metal 3D printing, EASYMFG can provide the best solutions for intricate and challenging demands across various industries.
It is a flagship product designed to efficiently produce medium-sized and large-sized parts. It has garnered significant success across multiple industries.
As an entry-level model for metal binder jetting, it is designed to cater to the research and development needs of universities and institutions, focusing on material exploration, process innovation,and other related areas.
● Build Chamber:L150 xW70 xH70 mm(L5.91 xW2.76 x H2.76 inch)
● Build volume: 0.735 Liters
● Max build rate:189cc/hour
● Layer Height: Adjustable from 40-200μm
It is specifically designed for rapid production of small-scale production-grade parts.
It offers fast and reliable printing capabilities, catering to the needs of medium-sized products.
● Build chamber: L400 xW250 xH200 mm(L15.75 x W9.84 x H7.87 inch)
● Build volume: 20 Liters
● Max build rate:1440cc/hour
● Layer Height: Adjustable from 40-200um
Integrated Solutions for Metal Binder jetting 3D Printing
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3D Printer
Our cutting-edge Metal Binder Jetting 3D Printer initiates the manufacturing process by selectively depositing a liquid binder onto a powder bed using a specialized print head. Layer by layer, this precise deposition forms intricate designs and structures, ultimately creating the final 3D-printed part.
Curing Oven
In this step, the binder is thermally cured to ensure the printed layers solidify and adhere securely, preparing the 3D-printed object for subsequent processing. This is particularly crucial as green parts can be fragile, making depowdering challenging. By heating them to around 140 degrees, we enhance their strength for the upcoming depowdering process.
Automatic Depowdering Station
At the Depowdering Station, excess powder is meticulously removed from the 3D-printed components. This critical step ensures the elimination of any residual powder from intricate geometries, leaving behind a clean and ready-to-progress object.
High Temperature Sintering Furnace
The final transformation takes place in the High Temperature Sintering Furnace. Here, the 3D-printed object undergoes a controlled heating process to densify the parts, making them suitable for producing functional components. This thermal treatment binds the metal particles together, achieving the desired mechanical properties and structural integrity, resulting in a fully realized, durable metal component.
Parts Gallery
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Explore our Parts Gallery, a curated collection showcasing a variety of high-quality components manufactured using advanced binder jetting technology. Experience exceptional surface finishes, intricate geometric details, and unparalleled quality. These parts demonstrate the diverse applications of binder jetting across industries such as manufacturing, automotive, consumer electronics, and oil & gas.
