Atlas 3D releases software for direct metal laser sintering 3D printers

Metal 3D printing software company Atlas 3D unveiled Sunata, its new software for direct metal laser sintering (DMLS) 3D printers that provides automatic positioning and structural support. Determining the ideal conditions and settings for 3D printing can sometimes be time-consuming (Not to mention the money-consuming product.) Although trial and error is an acceptable strategy for FDM 3D printing, it is not a good idea for precious metal 3D printing per square centimeter of metal powder.

One way to save material in metallic 3D printing is to use simulation software, but even this approach has its drawbacks: Simulation usually requires a lot of processing power and can take hours or days to loop around every possible event. Atlas 3D, an additive manufacturing software company in Plymouth, Indiana, said its new Sunata DMLS 3D printing software eliminates the need for trial and simulation at least in the usual sense.

To this end, the software uses a patent-pending hot circuit network (TCN) that scientifically analyzes the 3D model into thermally similar layers and then divides them into thermally similar parts. The thermal model algorithm operates in 100 different directions After it was run, the best orientation and support structure was calculated for the 3D model, so it was a simulation, but the candidate list of final events was scientifically selected rather than guessed.The new Sunata 3D printing software and ITAMCO Indiana technology and manufacturing company) technical team to develop, they help Atlas 3D balance tiny distortion and shorten the printing time.

This collaboration enables Atlas 3D to create software that best positions and supports print components so that the total print time and amount of sintered material can be accurately calculated in advance, which in turn provides accurate print cost data, Sunata DMLS 3D printing software for more Is the first additive manufacturing software platform to test QuesTek Innovations' new Ferrium C64 (AMS 6509) metal powder that has been used to make helicopter gearboxes and other key components.

Source: China 3D printing network

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