Our quotation engineers will conduct a detailed manufacturing analysis of drawing parts based on usage requirements, functional requirements, etc., and determine their size, shape, material, and various performance indicators. Usually, we need customers to provide accurate 2D design drawings and 3D models.

Our CNC programmers will analyze the characteristics of the parts in detail and develop a suitable processing and manufacturing process route, such as determining whether to use injection molding, sheet metal fabrication, CNC machining, or other process methods for production, as well as the sequence of each process link.

Purchase the corresponding raw materials according to the design requirements and inspect their quality and specifications to ensure that they meet the basic conditions for subsequent production, such as inspecting the hardness and purity of steel.

Suppose the production process involves specific mold forming or requires fixtures to assist positioning, clamping, and other operations. In that case, it is necessary to design, manufacture or purchase in advance, and debug in place to ensure that it can be used normally.

Debug all kinds of processing equipment and testing equipment that will be used to produce the parts to ensure that they are in the best working condition; at the same time, arrange operators with corresponding skills according to the production task volume and process complexity.

Clearly define the quality control standards and inspection methods for each production link, and determine the specific requirements and operating specifications for different stages such as first-piece inspection, patrol inspection, and finished product inspection to ensure that the parts produced meet quality expectations.

We provide quality documentation reports for all parts manufacturing projects. We can also provide inspection reports, material certification, and compliance documents.

We will verify that each part product meets the customer's color, texture, and overall appearance standards.

For part dimension inspection, for simple structures, we will use vernier calipers, micro calipers, and height gauges; for complex part data, we use projector equipment or CMM machines to ensure accurate measurement.

After the part is produced, we will carefully check all the performance of the parts to ensure that parts such as threaded holes are installed correctly during assembly.

After the inspection, we will write the data obtained from the part test into an inspection report truthfully, and explain all the inspection processes and results in detail.

We will provide you with a RoHS report upon your request to confirm whether the material complies with the RoHS standard.

We will provide you with a mold flow analysis report upon your request to ensure part quality issues.