For all the tech geeks in the industry, there are some of the choicest 3D printing brands available in the market that will be enticing to be associated with. Also, all these companies have high-end research departments that let users play with the gadgets and helps in innovating towards the technology.

Of the organizations that fall into this class, Autodesk is one that is doing everything they can for 3D printing innovation. I as of late investigated the Toronto-based AutoDesk Research office and was overwhelmed by the sheer number of 3D printers they had close by to play and grow new innovations with. Yet, it’s the Pier 9 Workshop, propelled in 2013 and situated in San Francisco that is by all accounts pushing things to the following level in on account of their extraordinarily differing and best in class creation focus.

An immaculate contextual investigation of what Autodesk (and comparative tech disapproved of organizations) get the opportunity to work within these offices was shown by YouTube tech vlogger Tom Scott amid his late visit to Pier 9Specifically, Tom could get a sneak top at the fate of 3D printing stainless steel with the assistance of mammoth robot arms. Keeping in mind this isn’t the first occasion when we’ve seen these robots, normally found in current car plants, what the Autodesk look into the group is planning to accomplish with them positively is new.
As things stand, automated arms aren’t really the sharpest of animals. Maurice Conti, Director of Applied Research and Innovation at Autodesk takes note of that “two of the issues with programming robots the conventional way are that you have to let it know precisely what you need it to do. The other is that the robot accepts that nothing changes. You just physically drive the tip of the robot to where you require it to go and afterward hit “record,” and afterward recall that point, then you drive it over to the next place and hit ‘record.” et cetera.

In this way, when your inevitable objective is to 3D print in stainless steel with these robots without lifting a finger and most extreme wellbeing, a considerable measure of deterrents should be overcome. As things remain, there are no safeguards set up that permit the robots to be aware of outside snags in their region, for example, people. As a rule, this implies on the off chance that you unintentionally wind up in the way of a 2-ton automated arm, you will probably lose the fight.Currently, it shows up the mechanical autonomy group is attempting to build up a shut circle criticism framework. This implies the robot could have more consciousness of what it’s doing from a general surroundings angle, additionally from 3D printing point of view. In the event that, for instance, the material being utilized for the 3D printer sticks, the robot will know on account of its vision framework and either stop the print or consequently redress in view of the outside information it gathers.

Be that as it may, why explore different avenues regarding monster mechanical arms for 3D printing progress by any means? All things considered, as Heather Kerrick, Senior Research Engineer recommends, “ordinary 3D printers do fundamentally 2.5D. They go to the X and a Y, and afterward here and there. This robot can point in different bearings. The robot needs to know where it is, as well as how it ought to moment that it arrives. We give it a bit of geometry, and the product makes sense of the guidelines set for the robot that will bring about a print, that is the thing that we need.”