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3D Printed Figurines widely knows us ‘mini-me’ or ‘3D Selfies’ are a 3D printed miniature figurine of a person based on their 2D pictures or a photorealistic scan. The demand for 3D Figurines have rapidly grown over the years as end users have become more and more excited about the technology and the results. In this article, we have put together various processes of 3D printing a figurine, the technologies involved and finally a link to get yourself a 3D Printed Figurine. To begin with here are the two processes involved in the making of the figurines,

Dragon is a legendary mythical creature that has appeared in the folklore of many cultures throughout the world. In western cultures, dragons have been shown as winged, horned, four-legged, and capable of breathing fire since the Middle Ages. They have always been fascinating mythical creatures for many. Similarly, our client who is an interior contracting company reached out with an inquiry for a 3D printed Dragon. Proto21 is no stranger to the dragon projects, in past, Proto21 has successfully worked on a similar type of model for Ajlani Motors, their 3D printed model shows a dragon emerging from the egg which is a logo and inspiration for the Ajlani Drakuma Supercar as shown in the picture below.

Car manufactures have mostly used 3D printing technologies in the automotive industry to create automotive prototypes to examine the shape and fit over the past few decades. Is it still the case today?

Rapid prototyping is a key application of 3D printing in the energy sector. For any industry, time to market is one of the most crucial challenges that the companies can face – the longer a concept remains in the design cycle, the less profit for the firm. Engineers and designers need to make rapid, correct decisions at the idea stage due to the demand to develop solutions swiftly. In the oil and gas industry, rapid prototyping is an essential phase in design verification, however, it can be a costly and time-consuming process if not done correctly. Rapid prototyping and 3D printing are inextricably linked. 3D printing technology allows engineers to find flaws in their designs, 3D printing helps them manufacture several iterations, and modify component designs overnight to meet deadlines.

Discover how HP Multi Jet Fusion boosts 3D printing efficiency, reduces production time, and delivers high-quality parts faster.

With a solvent after the printing process. In any cases, regardless to the technologies you’re using, it’s now widely accepted that 3D printing technologies allow for integrated assemblies. Some with more facilities than other.

3D printing is increasingly becoming popular for business around the world as the technology becomes more efficient and accessible. It helps build higher-quality products by allowing designers to produce product archetypes easily and bridging the gap between prototyping and full-scale production. What’s more, it dramatically reduces material wastage and helps firms make personalized, complex-shaped objects for a lower cost.

Origami is an ancient art of folding technique that is commonly tied with Japanese culture. The word Origami came from two different words, first is “ori” which means “folding” and “kami” means “paper”. In modern cultures, the term “origami” is used to refer to any folding techniques, regardless of its origin in cultures. The aim is to use folding and sculpting techniques to turn a flat square sheet of paper into a finished sculpture. Cutting, using glue, and marks on the paper are typically discouraged by modern origami practitioners.