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Machined parts are a class of parts divided according to manufacturing methods-bars, sheets, castings, forgings, etc. are used as blanks, and materials are removed by turning, milling, drilling, boring, grinding, planing, drawing, wire cutting, etc. To achieve the size, shape, position and surface quality required by the drawings.

Titanium alloy is difficult to process, the main reason is that the cutting area will produce high heat and it is difficult to dissipate

The surface‑treatment processes for titanium‑alloy machined parts can be mainly divided into four categories: mechanical treatment, chemical/electrochemical treatment, surface heat treatment and modification, and coating technologies.

Titanium cups have gained popularity in recent years, and their selling points can be summarized in three words: lightweight, chemically stable (no odor, corrosion resistance), and good biological affinity (safety).

The processing of titanium alloys is mainly divided into three categories: “material reduction manufacturing” (such as turning, milling, drilling, and grinding) that removes materials, “plastic processing” (such as forging and rolling) that is based on molding, and “additive manufacturing” (that is, 3D printing) that accumulates layer by layer

processing small precision parts of titanium alloy is a systematic project.It is not simply choosing a kind of equipment

The hardness of titanium alloy is not a fixed value, it will vary greatly according to the specific grade composition and heat treatment process.

In general, achieving “matching” is a system engineering that requires precise drawings, scientific technology, advanced equipment and rigorous measurements.

The processing of non-standard parts of titanium alloy is a typical high-cost, high-tech process that requires rich material knowledge and process experience.