Can Quantum Laser Sintering Revolutionize 3D Printing?

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SUMMARY

The discussion centers on a patented technology known as the "light engine," which multiplexes a single laser beam into millions of microlasers, potentially revolutionizing 3D printing through Quantum Laser Sintering. The technology operates at 3kW and utilizes quantum principles, although specific details about the patent are not yet published. Participants express interest in understanding the mechanics and implications of this innovation for the 3D printing industry.

PREREQUISITES
  • Understanding of Quantum Laser Sintering technology
  • Familiarity with laser multiplexing techniques
  • Knowledge of 3D printing processes and materials
  • Basic principles of quantum mechanics as applied to engineering
NEXT STEPS
  • Research the principles of Quantum Laser Sintering
  • Explore laser multiplexing technologies and their applications
  • Investigate advancements in 3D printing materials compatible with high-power lasers
  • Review the latest patents related to laser technology in additive manufacturing
USEFUL FOR

Engineers, 3D printing professionals, and researchers interested in cutting-edge laser technologies and their applications in additive manufacturing will benefit from this discussion.

evgenynn
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Hi.
Me personally was touched by one patented technology "light engine with the ability to multiplex a single laser beam into several million microlasers". This technology use a sacral term "quantum".
I try to understand how it is possible with 3kW. Thank to yours ideas and attention.
Have a nice day,
 
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evgenynn said:
Hi.
Me personally was touched by one patented technology "light engine with the ability to multiplex a single laser beam into several million microlasers". This technology use a sacral term "quantum".
I try to understand how it is possible with 3kW. Thank to yours ideas and attention.
Have a nice day,
Welcome to the PF. :smile:

Can you please post some links to the patent and to the other reading you have been doing about your question? That would help us out a lot in trying to reply to your questions. Thanks.
 

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