CNC prototyping - What are the advantages of CNC prototyping?
Today's prototyping is more used. CNC prototyping is a method of removing excess material from the entire material by means of removal processing. In the prototyping industry, CNC prototyping is generally aimed at large workpieces, prototyping parts that require relatively high prototyping accuracy and appearance. So what is the reason for choosing CNC prototyping? Here are some advantages of CNC prototypes.
1. CNC rapid prototype model can process a variety of materials
Processing materials include [**]BS, POM, PC, acrylic (transparent material) stainless steel, aluminum, H62 brass, Q235 iron, etc. E.g
(1). [**]BS Prototype: Temperature resistance: 60-80℃/Characteristics: Excellent strength and resistance/Wide range of applications: This material is mostly used for housing prototypes such as electrical appliances, medical care, and automobiles.
(2). PMM[**] acrylic prototype: temperature resistance: 60-80 ℃ / characteristics: high transparency / scope of application: electrical liquid crystal shell prototype.
(3). POM steel prototype: temperature resistance: 90-110℃/characteristics: strength, tolerance, hardness/application scope: mechanical gear, rotating parts prototype.
2. CNC prototype processing is widely used
CNC prototype processing is often used in prototypes for automobile, medical, aerospace, planning, small household appliances and computer peripheral products, and can also produce large and messy product functional test standard parts, such as air conditioners, monitors, audio, medical equipment, motorcycles, auto parts and other products.
3. CNC prototype model also has many advantages
(1). With moderate cost, processing materials, and wide application range, CNC prototype models can meet the requirements of different customers for strength, temperature resistance, high resistance, and transparency.
(2). The surface treatment methods of CNC rapid prototype are diversified, such as grinding, ash spraying, painting, polishing, silk screen printing, electroplating, oxidation, laser engraving, blue, UV, etc. The effect can even be comparable to that of products produced by molds.
(3). In terms of appearance, assembly and function verification, it can meet the requirements of the customer's plan verification purpose, and make workpieces that can truly reflect the customer's plan purpose.
The above is the introduction of the advantages of the CNC prototyping model. Due to many advantages, CNC prototyping has become the mainstream processing method of modern prototyping. It is not only suitable for various fields, but also allows customers to verify the best results.
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