3-D printable lens for shaping the beam of outdoor light fixture to attain high application efficiency
RPI ID: 2021-038-401
Innovation Summary:
A 3-D printable lens structure is designed to enable rapid prototyping and customization of optical components. The system uses additive manufacturing techniques to fabricate lenses with complex geometries and integrated features. It supports variable focal lengths and embedded alignment structures. The design is compatible with polymer-based printing materials and scalable for low-cost production.
Challenges / Opportunities:
Traditional lens manufacturing is costly and inflexible. This invention allows for on-demand fabrication of optical elements, reducing lead times and enabling design iteration. It opens opportunities for personalized optics, educational tools, and embedded sensor systems. The approach supports integration with automated design workflows.
Key Benefits / Advantages:
✔ Customizable lens geometries
✔ Rapid prototyping
✔ Embedded alignment features
✔ Compatible with polymer printing
✔ Scalable for low-cost production
Applications:
• Optical prototyping
• Embedded sensors
• Educational optics
Keywords:
#3Dprinting #optics #lensfabrication #customoptics #additivemanufacturing #prototyping
Intellectual Property:
US Application 18/274225 US20240093856A1 filed 26-Jul-2023
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