Phase-3 Investment Plan: Realizing “Robotic Nerves” and IPO Roadmap – IP investment an investment grade public deal
In the third round of funding, OM Sciences will leverage the research and resources developed over the previous 24 months to focus on the realization of “robotic nerves” using conjugated organic polymer semiconductors and set up a workshop for manufacturing organic conjugated polymer semiconductors’ raw material also printable electronic ink. Targeted production capacity is 3kgs per year. This phase will also mark the beginning of collaboration with financial groups to pave the way for OM’s IPO roadmap.
Conjugated Organic Polymer Semiconductors in Robotics
The unique electrical and mechanical properties of conjugated organic polymers make them ideal for emerging applications in robotics. These materials enable the development of robotic systems with advanced sensory and adaptive capabilities:
1. Flexible Tactile Sensors: Mimic human skin to detect touch, pressure, and texture.
2. Artificial Neural Networks: Facilitate data processing and signal transmission in soft robots.
3. Proprioceptive Feedback: Monitor robotic limb position and movement for enhanced control precision.
4. Stretchable Sensors: Detect strain or bending, crucial for soft robotic systems.
5. Chemical Sensing: Equip robots with the ability to identify and analyze environmental chemicals.
These applications enhance robotics by integrating sensory feedback, adaptability, and precision, enabling robots to perform complex, human-like tasks.
Future Potential: Polymer Human Nerves
Given the superior biocompatibility of conjugated organic polymers, there is significant potential to advance toward the creation of “polymer human nerves.” This breakthrough could revolutionize robotics, prosthetics, and neural interface technologies, opening a new frontier for human-machine integration.
By focusing on the development of robotic nerve systems, OM Sciences is positioning itself as a key innovator in the robotics and semiconductor industries while building a strong foundation for its IPO aspirations.
Set up workshop
Production Automation Doctrine – don’t start with fully automatic
A focus team will be set up to start building a mass production space in HK Science Park with a production capacity of 3 kilograms of conjugated polymer semiconductor materials per year. Production line must not be fully automatic, it will be started by semiautomatic and moving towards fully automation in the future. A fully automated production line can only be realized with years of semiautomatic production experiences accumulation. The maturation cost of mastering and tuning a brand new fully automated production line kill.
● The cost of organic semiconductor raw materials produced by OM Sciences is low, and the price of organic semiconductor polymers will be about USD$ 1,000 /gram (50% of the market selling price) with gross profit margin of 90%.
● 3 kilograms sold at USD$ 1,000/gram (at 90% of market price) will produce a total of USD$3.0 million turn over a years.
● machinery and equipment investment USD$0.531 million
● The laboratory standard is to be built as a dust free workshop at the standard of ISO class 7, with the construction cost USD$ 100 / sq ft. A dust free area needed 300 sq ft. Total construction cost USD$30,000.
● extra workshop space HK Science Park rental per year cost USD$46,800
● 3 years total cost needed for the new work shop: USD$701,400
If 3 kilograms sold at USD$ 1,000/gram (at 50% of market price) will produce a total of USD$3.0 million turn over a year. Gross profit will be per year is USD$2.70 million. Therefore, the third year will be a transition year toward organic conjugated polymer semiconductor materials manufacturing. Sellable devises research and development is profitable still to retain.
Since organic materials are used scientifically and practically, the raw chemicals are petroleum and petroleum by-products. The sources are mainly could acquire but not limited from the below mentioned:
Fisher Scientific Corporation
TCI Chemical Industry Development Co., Ltd
Sigma-Aldrich