Ruixing MFG - Custom CNC Machined Parts Manufacturer & Supplier For 18 Years

Custom CNC Machining Service: Designing and Producing from Part Images


I. The Significance of Part Images:

When clients lack detailed drawings for custom CNC machining, part images become crucial. These visual representations, whether photos, sketches, or digital renderings, serve as a starting point for the design and production process.


II. Designing Based on Part Images:

1. Analyzing the Part Image:

Careful analysis of the image involves studying dimensions, shapes, and features, understanding functionality, and noting specific requirements.


2. Creating a 3D Model:

Utilizing CAD software, a 3D model is crafted, allowing visualization from various angles, precise measurements, and necessary modifications.


3. Verifying the Design:

Ensuring accuracy and feasibility, the 3D model undergoes thorough checks to meet customer requirements and CNC machining feasibility.

Custom CNC Machining Service: Designing and Producing from Part Images 1

III. Producing Based on Part Images:

1. Material Selection:

Critical to the production process, selecting the ideal material considers mechanical properties, environmental factors, and cost.


2. CNC Machining Process:

Translating the design into CNC machine instructions involves programming for precise cutting, drilling, and shaping operations.


3. Quality Control:

Rigorous quality control ensures the final part meets specifications, covering dimensional accuracy, surface finish, and overall functionality.

Custom CNC Machining Service: Designing and Producing from Part Images 2

IV. Requesting Samples:

For complex parts not fully recognizable from images, customers can send physical samples for a meticulous reproduction process.


1. Receiving and Analyzing the Sample:

Examination of the sample includes precise measurements and noting specific characteristics for replication.


2. Creating a 3D Model:

Utilizing 3D scanning technology or manual measurements, a digital 3D model is generated.


3. Generating 2D Drawings with Tolerances:

Based on the 3D model, 2D technical drawings with dimensions and tolerances are created, serving as a machining blueprint.


4. Verifying the Design and Tolerances:

Accuracy verification ensures the part functions as intended and adheres to specified tolerances.


5. CNC Machining Process:

CNC machines are programmed to manufacture the part precisely based on the verified 3D model and 2D drawings.


6. Quality Control:

Strict quality control measures are implemented throughout production, ensuring the final part matches the provided sample.


This comprehensive process guarantees the accurate reproduction of complex parts, providing high-quality custom CNC machining services that meet specific requirements.




Q1. What if the part image lacks crucial details?

A1. In such cases, our team collaborates closely with clients, seeking additional information to clarify the design intent.


Q2. How long does it take to design and produce parts from part images?

A2. Timelines vary based on part complexity, information availability, and workload, with a commitment to realistic and efficient processes.


Q3. Can modifications be made during the production process?

A3. While minor modifications are possible, significant changes may require additional time and cost adjustments.

Strategies for Cost-Effective Manufacturing Through CNC Machining Insights
Titanium Alloy Shaft CNC Machining Case Study - RuiXing MFG
recommended for you
no data
Ruixing MFG - Custom CNC Machined Parts Manufacturer Since 2005
Contact Us
1st Floor, Building A, No.116 Yongfu Road, FuHai, BaoAn, Shenzhen, China,518103
Copyright © 2024 Shenzhen Ruixing Precision MFG - ruixing-mfg.com | Sitemap | Privacy Notice
Customer service