CNC Machining for Rapid Prototyping China

 What is Rapid CNC Machining?

Rapid CNC machining is a subtractive process in which a computer directs different machines to make many products. CNC means computer numerical control machining, and it is very popular in rapid prototyping and custom production. Many people use the manufacturing process because of its accuracy, precision, and automation..

What is the rapid prototyping? 

1. Inspect the appearance design, reflect the designer's creativity in the form of physical objects, and facilitate the discovery of deficiencies and defects in the design during the process of developing the appearance of new products. 

2. Check the structure and function design, intuitively reflect whether the structure is reasonable or not, and the difficulty of installation, which is easy to find the engineering and process problems existing in the product structure, and optimize the product structure and function.

3. Reduce the risk of direct mold opening, avoid losses, and save development costs. 

4. Before the mold is developed, the prototype model is used for early publicity (such as participating in exhibitions) and preparation for production, which is pioneering. 

Car Prototype by CNC

Usually, the products that have just been developed or designed need to be prototyped. Prototype is the first step to verify the feasibility of the product. It is a direct and effective way to find out the defects, deficiencies and drawbacks of the designed products, so as to improve the defects in a targeted manner. , until the deficiencies cannot be found from individual prototypes. According to the effect to be achieved, it can be divided into appearance prototype, structural prototype, functional prototype and so on. 

The processing technology of the prototype mainly includes: CNC processing and molding, 3D printing SLA/SLS molding, vacuum small batch molding, etc. 

Rapid CNC Machining is the main equipment for the production of prototypes. The processing method is to excavate and carve various types of metal materials such as aluminum, copper, stainless steel, and plastic into the physical samples we need.

Why You Should Use CNC Machining for Prototypes

The general notion about CNC machining is that it is used in large scale manufacturing. However, CNC machining use goes way beyond that. This is evident in its use in making prototypes. To understand why you should use CNC machining for prototypes, you must know its pros and cons. Below are the pros and cons of CNC machining for prototypes.

 

Pros of CNC Machining for Prototypes

There are many prototyping processes in the manufacturing world. However, Rapid CNC Machining is one of the best. This is due to the many advantages it provides. Below are a few advantages you get to gain by using the process.

Car Prototype with Bake Painting

Precision and Tolerance

After stating the size and shape in your CAD file, you will want to use a manufacturing process to give you the desired result. To obtain the desired outcome, you will need to use a high precision value machine. Although the dimensions may not be the same as that of the model, the true value deviation will be extremely small. This implies that Rapid CNC Machining has a better tolerance level when compared to other means of prototyping.

 

Repeatability

When manufacturing using CNC machining, you will obtain multiple results whose dimensions will be the same as one another. The is because CNC machining is a software-controlled manufacturing process. Thus, once you have programmed the software’s dimensions, you can manufacture as many similar products as possible.

 

Minimize Humans’ Involvement

CNC machining reduces humans’ involvement in the manufacturing process. This significantly reduces the chance of errors due to operators. It further minimizes the mistakes that can occur during the manufacturing processes. So, when you need to develop a model, the CNC machine can continue to operate for a long time.

 

Time-Saving

It takes not much time to finish the manufacturing process after using the CNC machining prototype service. This saves time, and it is highly essential when making prototypes. CNC machining is also ideal for prototypes because it allows the mass making of products with high quality. Therefore, it is easy to tweak part of the design, make a prototype, and check the required properties. All this is doable in a short time.

 

It Supports Many Materials

Compared to other methods, CNC prototype machining is an ideal way to develop prototypes because of the many materials it supports.

 

Tips for Designing CAD for Prototype CNC Machining

Before manufacturing a product, the producers used to design illustrations of what they want the product to look like before introducing it into the market. Below are the tips you need when designing CAD files for prototype CNC machining to obtain the desired products precisely, faster, and at a lesser cost.

 

Jet Prototype by CNC

Use a Reliable CAD Software for Your Design

When choosing a CAD software to use, there are many things you must look at. The two crucial things are the ease of use and technical know-how. Therefore, you will easily specify the shape, volume, and size of the prototype. The most commonly used and renowned CAD software are AutoCAD, CATIA, SolidWorks, and Civil 3D.

 

Have a Checklist for Your Design

Before you start designing, you need to have a checklist that will contain what you want to appear on your prototype. Having a list will minimize the errors you can commit when designing.

 

Do not Complicate Your Drawing

Ensure you represent the features of the material you are designing with easily understandable things such as figures, symbols, and pictures. Complicating your drawing can make designing difficult to understand.

 

Check for the Quality of Your Design

After you have finished designing, ensure you crosscheck your design with the features you have stated in your checklist to see if there is any omission or addition. You can then make the necessary adjustments before finalizing your design.

 

Kesu Group CNC Prototype Machining Services

Do you find it annoying that your prototype takes too much time to be delivered? Or scrap that, do you want to make the best prototype using CNC machining? If yes, we at Rapid Direct strongly represent quality, quantity at the right time.

 

No matter how small or large, you can easily access our online quotation and DFM analysis. You have a high return by choosing us regardless of the type of prototypes you want to make. Whether its straight forward CNC machining parts you require or highly complex critical components for challenging applications, contact us today, our engineers will help make your subcontract machining needs that much easier!

 

Car Prototype by CNC

Our clients always receive the best, which is evident in how we deliver in terms of quality. It is also apparent in our (ISO 9001:2015 - number is 19820QI1662R0M) certification. Technical parts are not only our forte. You still get to access experienced minds grilled in CNC machining generally and very excellent in Prototype CNC machining. All the above features are available to you at a lesser price.

 

FAQ

Can CNC machining be used to develop prototypes?

CNC machining is one of the best ways, if not the best way to create prototype parts. It offers many advantages. For example, it is easy to detect errors before real-time production. You can read up on the other benefits of prototype CNC machining by going through the article.

 

What are the materials for CNC prototypes?

There are many materials for CNC prototypes. Technically, materials supported by CNC machining are also ideal for the process. Common examples of CNC machining materials are copper, titanium, brass, PA, aluminum, bronze, stainless steel, etc.

If you want to know more products,you can click

https://www.kesugroup.com/service/simultaneous-6-axis-machining.html

https://www.kesugroup.com/service/low-volume-cnc-machining.html

https://www.kesugroup.com/service/5-axis-mill-turn-machining.html

https://www.kesugroup.com/service/chrome-plating.html