Technical Description
The present invention introduces a resonant amplification system for displacement with the ability of allowing high-precision, nearly perfectstraight-line scanning at high speeds and over extended ranges. Furthermore, the new displacement amplification system effectively compensates for significant parasitic errors for accurate, nearly perfect straight-line motion.
Problems Addressed
- Energy Inefficiency
- Friction-Induced Limitations
- Challenges in Displacement
- Complex and Expensive Rigid Body Systems
- Parasitic Errors at High Speed
- MEMS Limitations
- Inaccurate Mechanisms
- Inefficiency of Compliant Mechanisms
Tech Features
- Resonant Displacement Amplification
- Double Parallelogram Mechanism
- Compensation of Parasitic Errors
- Reduced Energy Requirements
- High-Speed and High-Precision Motion
- Wide Range of Amplification Factors
- Material and Dimensional Flexibility
Target Audience
- Robotics and Automation Industries
- Semiconductor Industries
- Medical Equipment Manufacturers
- Aerospace and Defense Sector
- Research and Development
- Automotive Sector
- Optomechanical Equipment Manufacturers
Tech ID: P18-1276 TRL 4 Patent Status: Granted Available For Exclusive and Non-exclusive License
