Ruiyi has passed ISO-9001 international quality management system certification. Ruiyi's business covers advanced CNC processing, sheet metal processing, vacuum injection molding, 3D printing and rapid mold production and manufacturing services, which are widely used in manufacturing fields such as plastics and metal parts. Customized prototype models, parts processing and mass production, providing one-stop service from prototype design to production.

Advantages of Ruiyi CNC machined parts:

1.Fast delivery: Multiple models of CNC machine tools can simultaneously implement multiple processes (such as drilling, tapping) and multiple surface treatments, saving processing cycles. We specialize in producing high-precision parts within 3 working days. High precision: We have multiple imported CNC processing equipment, and the precision can reach the tolerance of ±0.05-0.01mm.

2.No limit to quantity: Whether it is 1 piece for prototype, 1,000 pieces for small batch customization, or mass manufacturing, we can satisfy you.

3.No material limit: You can choose from various metal materials and plastic materials available on the market to meet customized needs.

4.CNC machined parts often involve multiple machining processes to meet the complexity of the part design, accuracy requirements and material properties. 

The following are some common processing techniques:

1.Five-axis machining: Five-axis machining is a method of cutting workpieces using five-axis CNC machine tools. Compared with traditional three-axis machining, five-axis machining can achieve more complex cutting paths and cutting angles, thereby processing more complex part shapes and geometric features.

2.Milling: A processing method that uses a tool to rotate on a workpiece to remove excess material and create the desired shape.

3.Turning: A machining method in which a workpiece is fixed on a rotating table and a tool is used to cut and trim the workpiece to create the desired diameter and length.

4.Drilling: The process of using a drill bit to create holes or slots in a metal workpiece, often used to install bolts, screws, and connectors.

5.Boring: The precise machining of a workpiece using a boring tool to enlarge or modify the diameter and accuracy of the hole.

6.Threading: Using threading tools to cut threads on metal surfaces for installing bolts, nuts and connectors.

7.CNC Laser Engraving and Marking: Laser engraving and marking involves using a laser beam to remove material or alter the surface of a workpiece to create a permanent mark, logo, text or design. Laser engraving and marking are commonly used for customization, branding and product identification on a variety of materials.

After the operation is complete, additional finishing operations can be performed as needed. This may include deburring, edge smoothing or surface treatment (such as plating, spraying, pickling, anodizing, heat treating, polishing, grinding, shot blasting, painting, etc.) to achieve the desired final appearance and quality. CNC metal finishing is widely used in various industries including aerospace, automobile manufacturing, medical devices, electronics, etc. through its high precision, high efficiency and flexibility.

These machining processes often need to be used in combination, adjusted and optimized according to the requirements and characteristics of the specific part to ensure that the quality, accuracy and performance of the final part meet the design requirements. We implement ISO9001:2015 quality system standards; treat customers with an extremely honest and cooperative attitude; serve customers with industrial parts that exceed customer expectations, and provide customers with systematic solutions with rich experience and advanced technology.