The parts processed by Sumitech will pass through the precision testing system developed by the company to ensure that each part is qualified and delivered

Material characteristics High strength and low density: twice the hardness of steel but 40% lighter in weight, requiring high-power equipment Poor thermal conductivity: The cutting

1. In the aerospace field, sumitech CNC precision machining technology can manufacture high-precision and high reliability components. The turbine blades of aircraft engines require extremely

The commonly used materials for precision machining in Sumitech factory include: Stainless steel series (316/316L/316F/303/304/420, etc.)Aluminum alloy series (AL6061/5083/7075/2A12, etc.)Alloy series (Invar alloy, cobalt nickel

Sumitech’s automated precision parts machining process typically includes key steps such as design planning, material preparation, precision machining, inspection and quality control, surface treatment, and

Sumitech’s precision machining process for semiconductor components mainly includes technical principles, process flow, and key processing technologies. Firstly, from a technical perspective, the core of

Due to the low thermal conductivity of titanium alloy, the heat generated during processing is difficult to conduct out in a timely manner, resulting in

Precision machining of aviation parts is an indispensable part of modern aviation industry, characterized by high precision, high efficiency, and strict process requirements. Sumitech’s detailed

Precision medical processing and manufacturing are key links in the medical industry, involving the production of high-precision, high-quality components and assemblies, which are crucial for

Five axis machining technology refers to the techniques and methods of using five axis machine tools to process complex parts. On the basis of the