Started contract manufacturing of 3D titanium alloy products using the latest electron beam-based 3D additive manufacturing device.
We have started accepting orders for the manufacturing of 3D titanium alloy products using the latest electron beam 3D printing technology. The introduction of metal 3D printing has made it possible to create shapes that were previously difficult to achieve and to reduce costs. Currently, we can only accommodate titanium alloy 64, but in the future, we are considering high-performance alloys such as high-temperature resistant alloys beyond titanium alloys. Our 3D processing does not create voids in the material, and there are no internal defects when the surface is polished. The absence of voids offers various advantages, such as increased product strength and shortened polishing processes. Estimates can be provided based on unfolded drawings with dimensions. When placing an order, we will require 3D CAD data (in IGES or STL format) for metal fabrication. ~Specifications~ Buildable size: 200 x 200 x 340 mm Applicable steel type: Titanium alloy 64 Minimum thickness: 0.5 mm We also accommodate samples and prototypes.
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basic information
Three-dimensional layering device using an electron beam
Price information
Estimate each time
Price range
P3
Delivery Time
P4
Applications/Examples of results
Shapes that are impossible to process with cutting or casting can be easily manufactured using layering technology. We aim to sell to industries such as medical and aerospace.
Company information
In recent years, titanium and titanium alloys have begun to be utilized in an increasingly diverse range of applications. In terms of titanium materials themselves, various titanium alloys tailored to different uses have emerged, spanning the aerospace industry, eyewear industry, and even consumer products. Our company offers proposals for titanium materials based on the applications desired by our customers. We kindly ask you to thoroughly browse our site and feel free to contact us.
![Layered technology for breaking the limits of Moore's Law [TSV processing technology]](https://image.mono.ipros.com/public/product/image/9ed/2000654287/IPROS7426913012878568010.png?w=280&h=280)
