Advancements in Optical Trap Displays via Temporal Multiplexing ID: 2020-014

An innovative approach to enhancing optical trap displays through temporal multiplexing, offering increased functionality and precision.

Technology Overview

This technology introduces a novel method for improving optical trap displays by temporally multiplexing trap and illumination beams. It utilizes temporal time-multiplexing to differentiate beam functions, allowing for precise directional illumination and simplifying display systems by using a single optical path for both trapping and illuminating. This method is applicable in 3D printing, microscopy, and other fields requiring high precision in optical manipulation and display.

Key Advantages

• Enables the creation of dynamic traps for complex manipulations similar to cellular membranes
• Supports grayscale illumination and particle trapping using the same beam, eliminating the need for color filters
• Optimizes both trapping and illumination processes, increasing efficiency and flexibility of optical displays
• Utilizes Acousto-Optic Modulators (AOM), piezo-electric devices, and flying fibers for advanced temporal point traps

Problems Addressed

• Complexity and limitations in directional illumination within optical trap displays
• Inefficiency and inflexibility of using separate beams for trapping and illumination
• Need for color filters in achieving grayscale illumination and particle trapping
• Limited functionality in creating dynamic, reconfigurable traps

Market Applications

• 3D Printing technologies requiring precise optical manipulation
• Advanced microscopy techniques for enhanced observation and analysis
• Dynamic display technologies for retail, education, and entertainment sectors
• Optical research and development, particularly in photonics and optical engineering

Additional Information

Technology ID: 2020-014
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 28 March, 2025