Advantages and Characteristics
Verify the feasibility of product design
Through cnc prototyping , CAD drawings can be quickly converted into real parts for verifying structure, dimensions, assembly relationships, and actual functionality, avoiding potential problems in the design phase and directly entering the mass production phase.
Reduce R&D and trial and error costs
Compared to direct mold making, prototype processing does not require mold investment, has low cost and low risk, and is very suitable for repeated modification and testing of products in the early stages, helping customers optimize design solutions at an early stage.
Shorten the product development cycle
rapid cnc machining has "fast" as its core advantage, usually completing sample delivery within a few days, significantly reducing the time from conceptual design to market validation.
Support functional testing and market validation
rapid cnc prototyping are not only used for appearance display, but also for functional testing, strength testing, assembly testing, and even small-scale customer testing, providing reliable basis for subsequent mass production decisions.
Processing accuracy and tolerance range
In rapid prototype machining, machining accuracy is one of the core indicators that customers are most concerned about.
Conventional machining accuracy: ± 0.05 mm
High precision CNC prototype machining: up to ± 0.01 mm
Key mating positions or assembly surfaces: stricter tolerances can be controlled separately according to the drawing requirements
We use high rigidity CNC machining centers, combined with mature programming and process experience, to ensure that the prototype parts are close to or even equivalent to the level of mass-produced parts in terms of dimensional consistency and repeatability, making the prototype machined parts highly valuable as a reference.
Provide DFM (Design for Manufacturing) support
We provide DFM (Design for Manufacturability) design manufacturability analysis support in the prototype machining project, including:
Is the processing structure reasonable
Is there a risk of excessive deep cavities or thin walls
Are rounded corners and chamfers conducive to machining
Is the tolerance setting excessive or unnecessary
Is the material selection suitable for the current processing method
Through DFM support, customers can not only obtain a prototype part, but also lay a more stable and economical manufacturing foundation for subsequent mass production.
Surface treatment
In order to make the prototype machining parts closer to the final product appearance and performance, we support multiple surface treatment methods:
Sandblasting/Drawing
Anodizing (colored, hard)
electroplating
Spray painting/powder coating
Polishing (mirror or semi mirror)
These surface treatments not only enhance the appearance, but can also be used to test the performance of products in real usage environments.
FAQ
Q1: How long is the typical delivery time for Prototype Machining?
A: Conventional prototypes can be delivered within 3-7 days, while complex structures may vary depending on the situation.
Q2: Does it support small batch production?
A: Support. Prototype processing can be naturally extended to small-scale CNC machining, suitable for the trial production stage.
Q3: Can the sample be processed in reverse?
A: Sure, we support sample mapping and prototype machining.
Q4: What is the minimum order quantity?
A: Minimum order quantity of 1 piece, fully meeting the requirements for single prototype processing.
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