Phase 1: Research and Development (0 month -2 years)

1. Technology Optimization: Continuously refine the design and materials used in LET joints to enhance performance and durability.
2. Prototyping: Create and test various prototypes to validate the technology's capabilities in different applications.
3. Testing and Validation: Conduct rigorous testing, including stress tests, durability tests, and performance assessments to ensure reliability.

Phase 2: Market Exploration (1 month - 1 year)

1. Identify Target Markets: Analyze potential industries and applications where LET joints can make a significant impact, beyond furniture and MEMS.
2. Market Research: Understand the needs and preferences of potential customers in these markets.
3. Competitive Analysis: Assess existing solutions and competitors in each target market.

Phase 3: Product Development (0 Months -3 years)

1. Customization: Develop specialized versions of LET joints tailored to the specific requirements of identified markets.
2. Prototyping for Specific Applications: Create prototypes of products or components incorporating LET joints for these markets.
3. Pilot Production: Begin limited-scale production and testing of products to validate their performance in real-world conditions.

Phase 4: Market Entry (1 month -2 years)

1. Strategic Partnerships: Establish partnerships with manufacturers, distributors, and potential customers in target markets.
2. Regulatory Compliance: Ensure that products meet all regulatory requirements and standards in different regions.
3. Marketing and Promotion: Launch marketing campaigns highlighting the benefits of LET joint-based products in each target market.

Phase 5: Expansion (Ongoing)

1. Continuous Improvement: Continuously gather feedback and data from customers to refine products and identify areas for improvement.
2. Scaling Production: Ramp up production capacity to meet increasing demand as the technology gains acceptance in various markets.
3. Exploring New Applications: Research and develop new applications for LET joints in response to emerging needs and trends.

Phase 6: Global Presence (Ongoing)

1. International Expansion: Explore opportunities to introduce LET joint-based products in international markets.
2. Intellectual Property Management: Continuously monitor and protect intellectual property rights, including patents, trademarks, and copyrights.

Phase 7: Sustainability and Innovation (Ongoing)

1. Sustainability Initiatives: Investigate ways to further enhance the sustainability aspects of LET joint technology and products.
2. Innovation Lab: Establish an innovation center dedicated to exploring new uses, materials, and designs for LET joints.

This development roadmap is a high-level overview, and the actual timeline and steps may vary depending on resources, market dynamics, and technological advancements. Continuous adaptation and flexibility are key to the successful development and adoption of this technology in various industries.

LICENSING PROCESS
Contact the BYU Technology Transfer Office and ask to speak with one of our licensing specialists.

Internal Reference #'s
2009-101
2016-035
2017-071
2019-023
2020-008

The foundational technology exhibits immense promise, positioning it as a compelling candidate for garnering substantial investor interest. With its solid core principles and innovative approach, it offers investors the potential for significant returns and the opportunity to be part of a transformative venture. As the technology addresses critical market needs and presents a clear value proposition, it is poised to attract enthusiastic investors who recognize its capacity to disrupt existing paradigms and create new avenues for growth and profitability. Consequently, the foundational technology represents an exciting prospect for those seeking to invest in groundbreaking innovations with the potential to shape industries and drive long-term success.

LICENSING PROCESS
Contact the BYU Technology Transfer Office and ask to speak with one of our licensing specialists.

Internal Reference #'s
2009-101
2016-035
2017-071
2019-023
2020-008

Summary
The Lamina Emergent Torsional (LET) joint is a sophisticated yet versatile technology developed by BYU researchers. It involves a flat sheet of material with specialized segments. These segments serve as hinges, enabling controlled twisting movements, and they are interconnected by a component that maintains their alignment.

The LET joint's applications are diverse. It can be used to create robust, flexible structures that can withstand significant bending. Additionally, it plays a pivotal role in micro-scale engineering, facilitating the construction of precise and flexible components like tiny hinges or flexible parts, adding a new dimension of capability to various applications.

Patents
US9157497B1
https://patents.google.com/patent/US9157497B1

US11224124B2
https://patents.google.com/patent/US11224124B2

US10506708B2
https://patents.google.com/patent/US10506708B2

US11549563B2
https://patents.google.com/patent/US11549563B2

Coverage
United States with pending international applications

LICENSING PROCESS
Contact the BYU Technology Transfer Office and ask to speak with one of our licensing specialists.

Internal Reference #'s
2009-101
2016-035
2017-071
2019-023
2020-008