Product Description
In the field of non-standard precision machining, we are a professional customized precision CNC machining manufacturer. For different materials such as aluminum, brass, steel, etc., we use CNC milling and turning technology, rely on high-precision CNC equipment, and strictly control the entire process from raw material selection to finished product inspection to create high-quality CNC machined parts for you.
Product parameters
Model | According to drawings |
Surface treatment | Customer requirements |
Size | Customized sizes acceptable |
Service | Customized OEM |
Application | Industrial equipment |
Custom Process
1.Requirements communication
2.Design drawings
3.Procurement of materials
4.Processing and Manufacturing
5.Surface treatment
6.Assembly and debugging
7.Inspection and packaging
8.Delivery and After-sales
Material
Carbon Steel
Titanium
Copper Alloy
Aluminum Alloy
Quality Control
As an expert in precision machining, we strictly adhere to quality control. From the storage of high-quality raw materials, to the multiple processes in the processing, to the comprehensive inspection of the finished products, we will not miss any defects, and use strict standards to create high-quality processed products, and use strength to interpret the adherence to quality.
Processing capability
At Microvit, we combine cutting-edge technology and experienced CNC programming expertise to provide full-service CNC machining for the High-Mix Low-Volume production of complex, three-dimensional metal components and parts. With more than 35 CNC machining centers and day-and-night operation, we can swiftly and effectively produce the machined components, with remarkable quality and high reproducibility from the first to the last piece.
Additional processes
Electroplating process
Electroplating is a process of depositing a layer of metal or alloy on the surface of metal or other materials by electrochemical methods. The principle is to use the workpiece to be plated as the cathode in a solution containing metal ions, and use direct current to reduce and deposit the metal ions on the surface of the workpiece to form a uniform and dense coating.
