LM3D Swim – Safe Smart Sustainable - 3D Printed Car by Local Motors 2015 - from YouTube Transcriptįast-paced, rhythmic instrumental music plays.
#Softimage 3d price series
Introducing the LM3D Swim, the first in the 3D-printed series from Local Motors. Title: LM3D Swim – Safe Smart Sustainable - 3D Printed Car by Local Motors 2015 - from YouTube “As technology develops and the cost comes down, 3D printing will become more and more viable for mass production,” says Matt Brewerton, a senior design engineer for Project M. The technology allowed the car designers to avoid tooling – the conventional, but time-consuming, process of building metal moulds to make components. It is building an energy-efficient concept car for cities, under the name Project M, which contains several plastic components produced with a 3D printer. Shell is also testing the 3D printing of car parts. The company runs a global online co-creation community, with members ranging from hobbyists to professionals contributing design ideas, and engineering and manufacturing experience. Local Motors aims to produce vehicles to meet local needs, which it would make using a global network of factories, each smaller than a football pitch. The company says it will use the technique to manufacture 75% of components in its LM3D series of vehicles – from the body panels to chassis – and hopes to increase this to 90%. Technology company Local Motors from Arizona, USA, aims to launch the first commercially available car made largely with 3D-printed parts in 2017.
So what is the future for 3D printing? Here we look at some promising uses.ģD printing could change the cars we drive “Its current speed and the range of materials available are the big challenges that industry is trying to solve,” explains Dr Simon Leigh, an assistant professor at the School of Engineering at Warwick University, UK. Global consultancy AT Kearney forecasts the market to be worth $17 billion by 2020 – up from $7bn today. Little wonder some see 3D printing as the next industrial revolution. “It means complicated designs can be produced cheaper, faster with minimal design flaws and a whole lot less waste.”
“3D printing is changing the prototyping and visualisation processes of how we make things,” says Shawn Darrah, Shell Innovations Adviser. Engineers believe they could eventually produce a near-limitless range of new objects, or reproduce old ones no longer available for a fraction of the cost of traditional manufacturing methods. Traditionally, designing components for industry meant investing vast sums of money for small prototypes that rarely offered any scope for modification. While small-scale desktop 3D printing for homes is on the rise, it is within industry that the potential of 3D printing is most exciting. A moving print head dispenses the ink layer-upon-layer to build a real object.
#Softimage 3d price software
When a designer with a computer hits the print button, software sends the virtual object to the printer, broken down into hundreds or thousands of horizontal slices. The 3D printing revolution is under way: changing approaches to design and the way products are made.īut what is 3D printing? Think of it like a home or office printer, which uses quick-setting liquid, metal powder or resin for ink. In years to come it may even print the homes we live in and potentially living tissue to create new organs. It can already create small car and aeroplane parts, titanium hip joints, and scale models of technology for large energy projects.
0 kommentar(er)
