Membrane-Enhanced Lamina Emergent Torsional (M-LET) Joints ID: 2017-071
An innovative approach to enhancing the precision and reliability of lamina emergent compliant mechanisms through the integration of membranes.
Technology Overview
The Membrane-Enhanced Lamina Emergent Torsional (M-LET) joint is a significant innovation in the field of mechanical design. These joints are designed to combat the issue of parasitic motion in lamina emergent mechanisms by integrating membranes with LET joints, thereby allowing for controlled movement in desired directions while restricting undesired ones. This technology is particularly advantageous for origami-inspired devices, improving their functionality and structural integrity.
Key Advantages
- Improved motion constraint in undesired directions, enhancing device precision
- Increased joint stiffness without compromising primary joint functions
- Enhanced accuracy and reproducibility for origami-inspired mechanisms
- Minimization of parasitic motion, maintaining structural integrity during transformation
Problems Addressed
- Parasitic motion in traditional lamina emergent mechanisms
- Lack of precision and reliability in origami-based mechanical designs
- Structural integrity issues during transformation in compliant mechanisms
Market Applications
- Origami-based mechanical devices such as kaleidocycles and waterbomb base mechanisms
- Compliant, adaptable structures requiring precision and minimal parasitic motion
- Innovative mechanical designs in robotics, aerospace, and medical devices
Additional Information
Technology ID: 2017-071
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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