AIXI always spends a lot of time documenting some unique and classic projects, and very willing to solve complex design products that other factories are unwilling to do. Then, it shares valuable CNC milling/milled turning/turned machining , 3D printing and Rapid prototype experience here, so you can have good design ideas after reading, and you will have a better understanding of the manufacturing industry.

Titanium Alloy Machining

Titanium alloy parts

Titanium alloy parts have low density and good corrosion resistance, so they are also ideal structural materials for aerospace engineering. However, there are many factors that affect its processability at the same time, because the metallurgical properties and material properties of titanium alloys may have a serious impact on the cutting action and the material…

Plastic and metal material knowledge

Commonly used hardware mainly includes stainless steel, cast iron, carbon steel, aluminum plate, copper rod, etc. There are many brands. Stainless steel sus304, sus316, sus430; Aluminum plate has 5052, 6061, hard aluminum lY12, rust-proof aluminum lF5, etc. Carbon steel domestic brands Q235, 08F, and 1018, 1012 and other brands, Cast iron HT150, HT200, etc.; Brass…

Five axis advantage

The five-axis machining center has attracted the attention of the world with its outstanding flexible automation performance, excellent and stable precision, and its agile and diversified functions. It pioneered the development of mechanical products to mechatronics, and the five-axis machining center became advanced. A central technology in production technology. On the other hand, through continuous…

Talk the surface treatment

1: anodizing In order to enrich the color of the product, we can usually make some oxidation treatment. The oxidation treatment can make all the colors except white. The oxidation treatment is done for the aluminum alloy. If it is other materials, it can’t make anodization. Steel material, you can choose plating, etc. anodized aluminum,…

How to distinguish between SLA& SLS&LOM&FDM ?

3D printing SLS

l 3D printer technologyThere are already dozens of different 3D printer technologies on the market, among which are more mature methods such as UV, SLA, SLS, LOM and FDM. We will present four of the most widely used technologies below:The principle of SLA technology 3D printerSLA is an abbreviation for “Stereo lithography Appearance”, which is…

What is the Difference for 3,4&5 axis machining ?

In the past few years, part manufacturing technology has been greatly developed to adapt to the changing needs of various production sectors. Machining is one of the main techniques, which is done by removing shavings from raw materials to make high-precision parts. In the past, relatively simple 3-axis machining tools were used to do this,…

What is rapid prototyping technology manufacturing and its characteristics

With the formation of global market integration, the competition in the manufacturing industry has become increasingly fierce, and the speed of product development has become a major issue. In this case, the ability to automate rapid product development (rapid design and rapid processing), namely rapid prototyping, has become a strength in global manufacturing competition. At…

What is the difference between rapid prototyping and CNC ?

Rapid prototyping (SLA) is a discrete/stacking process. It proposes a new thinking mode dimension model from the molding principle, that is, the three-dimensional model of the parts made on the computer is meshed and stored, and layered to obtain the two-dimensional contour information of each layer section. The contour information automatically generates a processing path,…

How to solve the deformation problem of aluminum alloy parts?

With the development of the electronics industry, aluminum alloy thin-walled cavity parts are increasingly used. These parts have the advantages of light weight and compact structure. However, such parts have always had difficulties such as long processing cycle, high processing cost, and difficulty in controlling the machining accuracy. The reason is that during the processing…