Metal 3D Printing Topology Optimization Parts that are 40% lighter and 20% stronger than standard parts. The ability to print multiple parts as a single component reduces assembly time and cost while also allowing for faster and more flexible creation of complex parts, making the technology an obvious choice for producing redesigned components.

Product Description

Technology	SLM 3D Printing
Building volume	250250300mm
Product Name	Metal parts
3D Printer	EOS M290,BLT M400, EOS M400,etc.
Material	AlSi10Mg aluminum alloy, 316L &17-4PH Stainless Steel, titanium alloy, Inconel 718, etc
Accuracy	±0.1mm
MOQ	1 piece
High-temperature resistance	500~1100℃
File type	STL, STP, IGS, X-T, OBJ.
Export country	Northern America, Europe, Australia, Canada, etc.
Shipment	UPS, DHL, FEDEX, etc., Or according to customers' requests.

The Application

Metal 3D Printing Topology Optimization Parts can improve the lightweight properties of titanium. Engineers use topology optimization software for specific requirements such as loads and stiffness constraints, then let software tools optimize the initial design to meet those specifications. With this optimization, all unnecessary material from the design can be removed, resulting in a lightweight yet strong component.

Topology Optimization design

Topology Optimization design a

3D printing metal parts are rarely ready for use as end products when they are printed and taken from the powder bed, and the low-quality surface finish may make them unsuitable for some industrial uses. This is inseparable from post-processing, JR can provide a variety of surface treatment solutions such as Matte, Glossy, Painting, Sanding, Blasting, Polishing, Dying, Coating, Stress relieving, Sealing, Anodizing, Metal plating, Heat treatment, Polished, CNC machining, etc.

Surface treatment 1