3D printing

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Author : Keepros
Update time : 2022-04-01 14:08:21

3D printing is a kind of rapid prototyping technology. It is a technology based on digital model files, using powder metal or plastic and other bindable materials to construct objects by printing layer by layer.

Compared with traditional model processing, 3D printing hand board saves more time and money:

(1) The time and cost of 3D printing prototype is only 20% - 35% of that of traditional processing methods;

(2) 3D printing hand board does not need to process machine tools and molds, and can be completed accurately and quickly;

(3) 3D printing hand board can detect errors in design and manufacturing as soon as possible, and can find problems that cannot be seen on paper and computer.

Application direction of keepros 3D printing products: research and development of metal and non-metal models such as robots, various household appliances, jewelry, toys, cars, sports equipment, medical equipment, mobile phones and so on; Main materials: resin, nylon, ABS, etc; Post processing: polishing, spraying, electroplating, drilling, etc. A variety of materials to choose from, a variety of accuracy requirements, to meet the needs of various hand models! Professional 3D printing prototype, there's nothing wrong with choosing keepros!

 

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Title: What Is the 3D Printing Process? From Prototype Models to Custom Figurines Title: What Is the 3D Printing Process? From Prototype Models to Custom Figurines
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Title: What Is the 3D Printing Process? From Prototype Models to Custom Figurines

Body:
The 3D printing process consists of four key steps. First, 3D modeling — a digital model is built from drawings or sketches, tailored for prototype model development and custom figurine production. Second, slicing — the model is sliced into hundreds of layers and printing parameters are tuned to generate a machine-readable file. Third, printing — the part is built layer by layer using technologies such as SLA and SLS. Finally, post-processing — supports are removed, surfaces are sanded and polished, and painting or coating is applied to deliver a high-precision finish.

Since 3D printing requires no molds, it enables fast prototyping and low-volume customization, widely used for R&D prototypes, collectible figurines, and non-standard parts — turning your ideas into reality quickly.

Meta Description: Learn the complete 3D printing process: modeling, slicing, layer-by-layer printing and post-processing. Fast prototyping and custom figurine production without molds.
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