Additive Manufacturing of Auto Brackets that are 40% lighter and 20% stronger than the original brackets. The technology is an obvious choice for generating redesigned components since the ability to print numerous pieces as a single component decreases assembly time and cost and enables the faster and more flexible manufacture of complex parts.

Product Description

Processing method	Metal Printing
Product Name	Auto Brackets
Material	Aluminum Alloy
3D Printer	EOS M290,BLT M400, etc.
Accuracy	±0.1mm
Feature	High strength, lightweight, strong compactness, etc.
MOQ	1 piece
File type	STP, X-T, IGES, STL, OBJ, etc.
High-temperature resistance	300~1100℃
Printing time	Depending on the structure, it usually 1—5 business days
Trade terms	EX-WORKS, FOB, CIF, DDP, DDU.
Application	Mold, aerospace, robotics, consumer electronics, vehicles, electric tools, dental, automotive, entertainment, etc.
Country of origin	Shenzhen of China

Additive manufacturing applications

Currently, the manufacturing sector uses additive manufacturing to produce finished goods and tool components for sectors like aerospace and automotive. Aerospace components or rocket engines can be created using 3D printing, saving weight and money. Medical professionals can also employ metal printing to make implants, particularly in dentistry. Even the design of maritime propellers can be done using metal additive printing! Here are the components for 3D printing using metal.

Aluminum's characteristics and possible uses

Due to their naturally lightweight properties and the qualities of lightweight, high strength, high thermal conductivity, corrosion resistance, and electrical conductivity, aluminum is particularly ideal for mechanical parts that require very little weight. It is extensively employed in the industrial production, automotive, shipbuilding, aerospace, and military sectors. Aluminum has been employed as a 3D printing raw material more and more frequently in recent years due to the rapid advancement of science, technology, and the industrial economy.

Features of Additive Manufacturing of Automotive Brackets

High precision and great surface quality are two features of metal 3D technology, and materials designed for molding can attain nearly 100% density. A quick sandblast or polishing makes manufactured parts usable. The produced pieces can have exceptional surface quality (roughness Ra up to 30–50 m) and high dimensional accuracy (up to 0.1 mm). Its manufacturing costs can be decreased by 20% to 40% and the production cycle will be cut in half as a result of lowering processing and saving materials.

Topology Optimized Design