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CNC Plastic Machining Milling
CNC Machining
Michael

CNC Machining for Rapid Prototyping

CNC Machining and Rapid Prototyping Prototyping, also known as prototype manufacturing, is the process where a manufacturer creates a small batch of products from digital design drawings. Manufacturers can use these functional prototypes to find flaws in the design and fix them before producing large numbers of parts. Companies can also use prototypes to participate

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PMMA (Acrylic Plastic)
CNC Machining
Michael

Plastic Material for CNC Machining Prototyping

Prototyping Materials  According to the materials used in the production, the prototype model can be divided into plastic prototype and metal prototype. At present, the mainstream material of the prototype model is plastic. It is due to the large number of applications of plastic products. The prototype model is directly produced with the same material,

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cnc machine
CNC Machining
Michael

CNC Prototypes Manufacturing 2 : 2D and 3D milling

2D milling Mastercam 2D CNC machining automatic programming ability is the most advanced of all automatic programming software. Complete functions, fast post-processing speed and high efficiency. Two-dimensional CNC machining is also called 2.5-axis machining, which mainly includes machining paths such as contour milling, slotting, face milling, and drilling. Here are a few main tool paths

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CNC Machining
CNC Machining
Michael

CNC Prototypes Manufacturing 1 : Programming and Optimization

The Importance of Prototypes The three-dimensional design software used in modern industrial design can intuitively express the three-dimensional model of the product on the screen, perform simulation assembly and motion simulation, and even static and dynamic analysis. But the screen is flat after all, and the size is limited, it can not be compared with

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aluminum part
CNC Machining
Michael

Aluminium for CNC Machining Prototyping

Aluminium is a lightweight material. It is essentially non-magnetic, which makes aluminum suitable for CNC machining. It has a low deformation coefficient, high dimensional stability, and impact resistance. Therefore, aluminum and aluminum alloys can maintain accurate dimensions under different conditions (such as temperature fluctuations, external shocks, etc.). Aluminum part Aluminum part Previous Next The most commonly

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