Ti6Ai4V Titanium 3D Printing Parts are used in DMLS/SLM 3D printing, which has lightweight load-bearing. The load-bearing support can be created in the best possible state by optimizing the design in accordance with the 3D printing's forming concept.

It is possible to create the load-bearing parts in their optimal state by improving the design in accordance with the 3D printing's forming concept. The topology optimization design (DfAM) of the product is created with the requirement that the stiffness of the product is sufficient to satisfy the needs of realistic application scenarios. The weight of the support processed using additive manufacturing is lowered by 40% when compared to the support processed using conventional CNC.

3D Printing Products Photo Show

The Specification

Technology	Metal Printing
Accuracy	±0.1mm
Min wall thickness	0.6mm
Material	AlSi10Mg aluminum alloy, 316L/17-4PH Stainless Steel, MS1 Martensitic steel, titanium, Inconel 718, etc.
Material Performance	Very close to the performance of forged parts
High-temperature resistance	300~1100℃
MOQ	1 piece
Delivery time	5 business days
Export country	Northern America, Europe, Australia, Japan, Korea, etc.

About Titanium

It's a well-known light alloy, is characterized by excellent mechanical properties, corrosion resistance, low specific gravity and biocompatibility. This material is suitable for a variety of high-performance engineering applications, such as aerospace and racing, and can also be used to produce biomedical implants.

Why We Are Unique

1. 200+ Materials: Anything from metals to rubber to plastic to sandstone.

2. Quality Control: Skilled industrial production, expert post-processing, and reimbursement for damaged or subpar components.

3. Economical Plan: Even less expensive than local makers, optimized making & shipping solution for your special requirement!

4. Security Protection: According to our privacy policy, all data is secured and completely removed after the order is completed.

SLM Process

Ti6Ai4V Titanium 3D Printing Parts use a lot less material than traditional manufacturing, which can lower production prices for pricey Ti6Ai4V. The necessary powder ingredients are melted during metal 3D printing, and any leftover powders can be used again.

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