|

SPIE: 3D Printing for Lighting Conference

May 16, 2023

SPIE Optics + Photonics
August 22-23, 2023 – San Diego, CA

The Lighting Research Center has initiated the first 3D Printing for Lighting Conference, SPIE Optics + Photonics, to explore additive manufacturing and 3D printing for the lighting industry.

Presentations From:
What is the purpose of this conference?

The purpose of this conference is to bring forth new ideas and research in the growing field of 3D printing for lighting and to bring awareness to a larger audience of the possibilities and benefits that 3D printing holds for lighting component and system manufacturing. Our goal is to prompt new research that is needed to help transform 3D printing from a niche manufacturing activity to a full-scale manufacturing mode in the lighting industry.

What types of research will be included at the conference?

The conference program consists of technical presentations in the areas of printing methods, materials, machines, and performance testing as they apply to lighting systems and technology, including thermal, mechanical, and optical components. Session topics include:

  • Overview and Opportunities for 3D Printing for Lighting
  • 3D-Printed Lighting Systems
  • 3D-Printed Optics and Characterization
  • Lighting Layout, Optics Design, Print Optimization and Characterization
  • 3D-Printed Thermomechanical Components
  • 3D-Printed Electronics

Additionally, a special evening event will be held on Tuesday, August 22 to discuss the evolution and forward momentum of 3D printing as one of the key drivers in transforming the lighting supply chain. Participants will discuss how the future of the lighting industry can be shaped by 3D printing and how to define a roadmap for this transformation.

For more information on SPIE

Please contact LRC’s Director of Research, N. Narendran, at narenn2@rpi.edu to learn more.

More information available here

Related Articles


Changing Scene

  • July 10, 2025 - Mac’s II Agencies Announce Addition to Project & Specification Sales Team

    Mac’s II Agencies Announces Addition to Project & Specification Sales Team

    Mac’s II Agencies is pleased to announce that Drazen Jerkovic will be joining their Project & Specification Sales team in the Lighting Division later this fall. With over 25 years of experience in the lighting and electrical industry, Drazen is a highly respected consultant known for his technical knowledge and deep understanding of project delivery. His recent role… Read More…

  • Noramco-Announces-Samantha-Boernsen-as-New-Regional-Sales-Manager-Winnipeg

    Noramco Announces Samantha Boernsen as New Regional Sales Manager, Winnipeg

    Please join Noramco in welcoming Samantha Boernsen as Regional Sales Manager, Winnipeg! Samantha brings a wealth of experience in the electrical industry, with a strong focus on lighting, marketing strategy, and customer engagement. She has built her career on connecting technical expertise with real-world application, making her a trusted partner to clients and colleagues alike.… Read More…


Design


New Products

  • Axis Lighting: MikroLite Sketch 2 Surface Lighting System

    Axis Lighting: MikroLite Sketch 2 Surface Lighting System

    The Sketch 2 now integrates MikroLite, providing unparalleled precision and flexibility in lighting design. MikroLite optics are available in any radius over 18” in single-cell increments of 1.45.” Sketch 2 with MikroLite can be used to create complete low-glare fixtures or as a set of curved downlights, giving you a wide range of design options to suit any space. Read More…

  • BeLuce: Nova UAC-P 2500W Emergency Lighting Power Supply – Pure Sine Wave

    BeLuce: Nova UAC-P 2500W Emergency Lighting Power Supply – Pure Sine Wave

    The Nova UAC-P 2500W is a larger emergency lighting power supply which allows standard lighting to also be used as Emergency Lighting. The Nova UAC-P 2500 will transfer up to 2500W of true sine wave power in the event of a power failure to support egress lighting for 30 minutes. As with the standard Nova… Read More…