Solid-State Scan Optical Trap System ID: 2021-032
A revolutionary optical trapping system that enhances particle manipulation without the need for moving parts.
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Technology Overview
This technology introduces a parallelized optical trap system that leverages a moving bottle beam, divided into stationary filament beams and moving partition beams, generated by solid-state interferometers, such as electro-optic interferometers. It's designed to trap, rasterize, and illuminate particles like liquid droplets or colloids with high precision and reliability, eliminating the need for a galvanometric scanner and moving mirrors.
Key Advantages
- Eliminates the need for moving parts, reducing complexity and increasing speed
- Supports integration with electrical/optical/microfluidic chips, broadening application scope
- Enhances reliability and reduces waste, making it environmentally friendly
- Compatible with wearable devices due to its solid-state design
Problems Addressed
- Complexity and limitations of current optical trapping systems
- Integration challenges with current technologies in 3D printing and low-profile devices
- Environmental impact and reliability concerns of existing trapping mechanisms
Market Applications
- Advanced 3D printing technologies
- Low-profile optical devices for consumer electronics
- Microfluidic systems for biomedical and chemical analysis
- Wearable technology with enhanced optical functionalities
Additional Information
Technology ID: 2021-032
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 28 March, 2025
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