High Polished Titanium Precision Parts Precision Cnc Machined Components

High Polished Titanium Precision Parts Precision Cnc Machined Components

Precision Machining

– We have a well-equipped facility with the most advanced machinery to carry out precision machining of titanium. Vertical and horizontal mills, tool grinders, turning centers with live tools, cold saws, CNC lathes, CNC mills, and tool setters are some advanced tools that we use.

These equipment and tools help us provide high-quality precision machining, which includes pocketing, broaching, profiling, drilling, turning, thread milling, reaming, and much more. Different secondary services, such as heat treating, centerless grinding, plating, and anodizing are also provided.

Product description:

MH factory fabricates airframe components in exotic metals for leading OEMs and Tier 1s throughout the Racing industry.
Samples of manufactured parts include exhaust assemblies, All kind of fastener, Customized parts, Non-stanadard OEM parts, and new designed parts.

Materials include titanium alloys, Titanium, and nickel based alloys.
Production capabilities on site include welding (EBW, TIG, laser, plasma), machining (up to 5 axis), metal forming (hot, cold, superplastic), fabrication, and on site processing (vac heat treatment, laser drilling, chemical milling, NDT, painting).

It is suitable for the processing of modern molds such as auto parts and aircraft structural parts. 5-axis machining is not only used in civil industry but also widely used in aerospace, military, scientific research, precision instruments, high-precision medical device industry.

It is a high-tech method that makes impossible into possible, and all spatial surfaces or unusual shape machining can be done.

It can not only complete the processing tasks of complex parts but also can quickly improve the processing efficiency and shorten the processing flow.

Advantage:

The use of CNC precision machining, compared to manual machining, offers improved accuracy, productivity, efficiency, and safety, due to reduced human interaction with the machinery.

CNC machines are able to run unmanned for extended periods of time and in the event of an error, the CNC software automatically ceases its operation and calls for a supervisor.
CNC production also allows for greater speed of production as parts that would otherwise require multiple steps to manufacture can be produced quickly by the automated equipment.

Why Titanium?

The grade 5 titanium alloy is also referred to as Ti 6-4, or Ti-6AL-4V, or Ti6Al4V, and is one of the most widely used alloys in various applications. The titanium grade 5 alloy is known for its high strength. It offers more resistance to high temperatures as compared to that offered by grade 2 titanium. This is the reason why this grade of the alloy is most commonly used in applications, such as chemical processing, medical, aerospace, marine, and so on.