Universal Materials Incubator

EF Polymer is an agricultural firm focused on addressing water scarcity through innovative solutions. The company has developed "Fasal Amrit," an eco-friendly water retention natural polymer derived from organic waste, including materials like citrus fruits, banana peels, and sugar cane bagasse. This polymer can absorb up to 300 times its weight in water and retains it for 10 to 12 days, significantly reducing irrigation water requirements by 30-40%. Additionally, it minimizes fertilizer loss by preventing leaching, leading to a 40-50% reduction in fertilizer usage. "Fasal Amrit" is chemical-free, pollution-free, and 100% biodegradable within 5 to 6 months of application, enriching the soil with essential micronutrients that promote crop growth. By utilizing this product, farmers can lower their water and fertilizer costs by 20-40% and potentially increase crop yields by 10-20%. The applications of "Fasal Amrit" range from in-house gardening to enhancing plant care in challenging environments, providing sustainable solutions for both farmers and home gardeners.

Scimplifi is a B2B fulfillment platform focused on sourcing and manufacturing specialty chemicals. The company employs a science-first approach, integrating in-house value engineering teams that specialize in chemical, process, and analytical research. Its technology-enabled system enhances transparency and simplifies navigation throughout the supply chain. By providing customized solutions, Scimplifi enables businesses in various sectors, including pharmaceuticals, personal care, and agrochemicals, to efficiently manage their chemical requirements.

Industrial Microbes designs and builds microbes that produce better chemicals with lower costs and lower carbon emissions. We use greenhouse gases as the raw materials, including biogas, natural gas, and carbon dioxide. We scale our process with global chemical producers.

Allied Carbon Solutions is a biotechnology company that produces and sells biosurfactants and livestock feed. Their primary products are biosurfactants, specifically sophorolipid-based emulsifiers, which enhance fat and oil absorption in animal feed, benefiting the livestock and fisheries industries. Additionally, these biosurfactants have versatile applications, such as in cleaning agents, cosmetics, and laundry detergents, offering clients eco-friendly alternatives.

iPEACE223 is a chemical company focused on the production of green propylene from raw biomass materials through the use of advanced zeolite catalyst technology. The company specializes in developing catalytic processes that efficiently extract propylene, a crucial raw material for various chemical products. By leveraging innovative processes, iPEACE223 aims to provide businesses with a cost-effective and sustainable solution for propylene production, contributing to the growing demand for environmentally friendly chemical alternatives.

Listie is an industrial engineering company specializing in the development, supply, and maintenance of lithium separation equipment and membranes. Its core technology, an ionic conductor, facilitates efficient and selective lithium recovery from diverse sources like used batteries and salt lakes, supporting a sustainable energy system.

Ac-Planta Inc. is a biotechnology research company based in Bunkyo, Japan, specializing in the development of acetic acid-based biostimulants and agrochemicals. Founded in 2018, the company focuses on creating innovative solutions to enhance the resilience of plants against environmental stressors such as heat, drought, and salinity. Its flagship product, Skeepon, leverages advanced epigenetic technology to promote plant adaptability in response to climate change challenges. Ac-Planta's mission is to address pressing global food and environmental issues by improving crop yields and quality while combating desertification and mitigating the impacts of abnormal weather patterns on agriculture.

CellFiber Co., Ltd., established in 2015 and headquartered in Tokyo, Japan, specializes in the development and sale of cell-laden soft materials. The company focuses on creating plug-and-play bio-manufacturing solutions using its proprietary CellFiber™ technology. This technology is designed to enhance yields and product quality, ensuring stability, predictability, reproducibility, and scalability for cell and gene therapy applications. By providing efficient cell mass production processes, CellFiber supports a wide range of applications from research to clinical use, ultimately lowering costs and development timelines.

EF Polymer is an agricultural firm focused on addressing water scarcity through innovative solutions. The company has developed "Fasal Amrit," an eco-friendly water retention natural polymer derived from organic waste, including materials like citrus fruits, banana peels, and sugar cane bagasse. This polymer can absorb up to 300 times its weight in water and retains it for 10 to 12 days, significantly reducing irrigation water requirements by 30-40%. Additionally, it minimizes fertilizer loss by preventing leaching, leading to a 40-50% reduction in fertilizer usage. "Fasal Amrit" is chemical-free, pollution-free, and 100% biodegradable within 5 to 6 months of application, enriching the soil with essential micronutrients that promote crop growth. By utilizing this product, farmers can lower their water and fertilizer costs by 20-40% and potentially increase crop yields by 10-20%. The applications of "Fasal Amrit" range from in-house gardening to enhancing plant care in challenging environments, providing sustainable solutions for both farmers and home gardeners.

Aquafortus specializes in non-thermal crystallization technology aimed at recovering clean water and crystallizing salts from high-salinity brines. The company addresses the treatment needs of various industries, including cooling towers, mining, oil and gas, inland desalination, and flue gas desulfurization from power generation. By significantly reducing energy consumption, Aquafortus enhances the economic viability of liquid transportation, wastewater management, and zero liquid discharge processes. This innovative approach enables clients to lower their operating expenses while effectively managing high-salinity waste.

Citrine Informatics, Inc. is a software company based in Redwood City, California, with an additional office in Pittsburgh, Pennsylvania, founded in 2013. It specializes in materials informatics by developing an artificial intelligence platform that aggregates extensive data on materials, chemicals, and devices. This platform leverages machine learning and data science to enhance research and development, manufacturing, and supply chain operations for organizations involved in producing physical products. By streamlining the materials development process, Citrine Informatics aims to facilitate the discovery of new materials and reduce defects early in the research phase, thus improving product growth and design. The company's focus spans various sectors, including energy, aerospace, and electronics.

Tsubame BHB Co., Ltd. is a Tokyo-based company that specializes in the research, development, and manufacturing of on-site ammonia production systems and catalysts. Founded in 2017, Tsubame focuses on commercializing ammonia synthesis through innovative electride catalyst technology, which allows for flexible production conditions. The company's systems are designed for small-scale plants, addressing critical environmental and food-related challenges while promoting a sustainable society. By enabling on-site ammonia production, Tsubame aims to reduce transportation and storage costs for its clients, contributing to more efficient resource management.

Arzeda Corporation is a synthetic biology company based in Seattle, Washington, that focuses on the development and manufacture of enzymes and specialty chemical products. Established in 2008, Arzeda employs intelligent protein design technology, integrating physics-based methodologies with artificial intelligence to create innovative designer proteins and enzymes. Its product portfolio caters to various industries, including polymers, pharmaceuticals, and industrial chemicals, enabling clients to access high-performance solutions that also emphasize cost-effectiveness and sustainability.

SteraVision is a fabless company specializing in the development and manufacturing of advanced optical steering devices aimed at enhancing visual systems. The company leverages innovative light steering device technology, originally developed at AIST, to create products that mimic the functionality of the human eye. One of its key offerings is a solid-state scanner that integrates digital coherent lidar technology, which is crucial for applications in autonomous driving and robotic vision. This technology enables improved obstacle detection, even in challenging conditions, thereby creating new market value in the fields of automation and visualization.

Boost Biomes, Inc. is a company that specializes in developing microbiome products for food and agriculture applications. Founded in 2016 and based in South San Francisco, California, the company utilizes a discovery platform that employs high-throughput sequencing, selective enrichment, and advanced informatics to identify multi-microbial products. This innovative approach is designed to create sustainable solutions for improving food production and extending shelf life while effectively managing diseases in high-value crops. By focusing on naturally occurring microbes, Boost Biomes aims to address challenges related to food security and enhance agricultural practices. The company's efforts represent a significant advancement over traditional methods, offering a faster and more cost-effective means of microbial product development.

bitBiome, Inc. is a synthetic biology company based in China, founded in November 2018. It focuses on genome analysis of microorganisms through single-cell technology, utilizing its proprietary database of natural microbial sequences, which is the largest of its kind. The company specializes in enzyme discovery and engineering, offering a variety of services including single-cell genomics, database screening, and wet lab evaluations of target sequences. Additionally, bitBiome aims to develop diagnostics and therapeutic solutions by analyzing microorganisms on a cell-by-cell basis, ultimately contributing to advancements in human health.

Tsubame BHB Co., Ltd. is a Tokyo-based company that specializes in the research, development, and manufacturing of on-site ammonia production systems and catalysts. Founded in 2017, Tsubame focuses on commercializing ammonia synthesis through innovative electride catalyst technology, which allows for flexible production conditions. The company's systems are designed for small-scale plants, addressing critical environmental and food-related challenges while promoting a sustainable society. By enabling on-site ammonia production, Tsubame aims to reduce transportation and storage costs for its clients, contributing to more efficient resource management.

Alphatech Inc. is a food technology company based in Yonezawa, Japan, established in 2018. The company specializes in designing and manufacturing temperature-controlled crushing technology that produces pregelatinized rice flour. This innovative process allows for the milling of grains without the use of water, enhancing efficiency and sustainability in food production. Through its advanced grinding system, Alphatech aims to improve the quality and functionality of rice flour for various applications in the food industry.

Tsubame BHB Co., Ltd. is a Tokyo-based company that specializes in the research, development, and manufacturing of on-site ammonia production systems and catalysts. Founded in 2017, Tsubame focuses on commercializing ammonia synthesis through innovative electride catalyst technology, which allows for flexible production conditions. The company's systems are designed for small-scale plants, addressing critical environmental and food-related challenges while promoting a sustainable society. By enabling on-site ammonia production, Tsubame aims to reduce transportation and storage costs for its clients, contributing to more efficient resource management.

Tiem Factory Inc. is a Tokyo-based company founded in 2012 that specializes in the research, development, manufacturing, and sales of aerogel insulation materials under the brand SUFA. The company focuses on creating ultra-light transparent insulation products that serve as effective thermal insulation solutions. Tiem Factory's innovative approach allows it to produce these materials without the use of supercritical drying processes, resulting in insulation composed primarily of air. This unique manufacturing technique enhances the properties and applications of their insulation products, setting Tiem Factory apart in the industry.

Micro-AMS is an information technology firm focused on advancing materials science and innovative manufacturing technologies. The company specializes in producing plastic molding products, aiming to revolutionize the industry of thermoplastic resin molding. Currently, Micro-AMS offers contract molding services and is developing new techniques such as photon molding, a microwave irradiation molding system, and a near-infrared rays irradiation molding system. These advancements are designed to help industries lower the costs associated with plastic product development, thereby enhancing efficiency and sustainability in manufacturing processes.

Advanced Material Technologies is a Japanese company founded in 1992 and headquartered in Nagareyama City, Chiba Prefecture. It specializes in the manufacturing of equipment for surface processing of various materials, utilizing high vacuum plasma technologies. The company focuses on research and development of high functional thin film deposition equipment, including plasma CVD equipment, which is crucial for enhancing the performance of advanced materials. Advanced Material Technologies develops film formation equipment that imparts specific chemical characteristics through unique surface processing techniques. Its innovations in material design and sputtering technologies contribute to significant improvements in the performance and miniaturization of high-precision sensors, catering to a variety of industrial applications.

Carbon Fiber Recycle Industry Co., Ltd. is a Japanese company established in 2006, located in Kani Gun, Japan. The company specializes in carbon fiber recycling services, transforming waste materials into valuable recycled carbon fiber products. It manufactures and sells these products for various applications, including mechanical parts, paper sheets, and sporting goods. In addition to its recycling services, Carbon Fiber Recycle Industry also provides equipment and plants for carbon fiber recycling, supporting clients in their efforts to manage waste materials effectively. The company's innovative processes, which include chemical dissolution and supercritical fluid methods, enable it to produce high-quality recycled fibers at a lower cost, contributing to sustainability in the manufacturing sector.

SoPros is a pioneering company specializing in the cultivation and commercialization of microalgae. They develop innovative technologies for algae production, processing, and distribution, facilitating global trade through import and export channels. By offering comprehensive research on algae-based products, SoPros enables businesses to explore revenue-generating opportunities in this emerging field.

Carbon Fiber Recycle Industry Co., Ltd. is a Japanese company established in 2006, located in Kani Gun, Japan. The company specializes in carbon fiber recycling services, transforming waste materials into valuable recycled carbon fiber products. It manufactures and sells these products for various applications, including mechanical parts, paper sheets, and sporting goods. In addition to its recycling services, Carbon Fiber Recycle Industry also provides equipment and plants for carbon fiber recycling, supporting clients in their efforts to manage waste materials effectively. The company's innovative processes, which include chemical dissolution and supercritical fluid methods, enable it to produce high-quality recycled fibers at a lower cost, contributing to sustainability in the manufacturing sector.

Green Earth Institute Co., Ltd., established in Tokyo, Japan in 2011, specializes in producing carbon-neutral biofuels and green chemicals derived from non-food biomass like plant leaves and stems. Its product portfolio includes vehicle and jet fuels, resins, carbon fibers, feed additives, and other chemicals. The company's core technology, originally developed by RITE, enables efficient and low-cost production of these green products compared to conventional methods. Green Earth Institute operates a research center in Kisarazu, Japan, dedicated to advancing its bioprocessing technology to address global warming and minimize food crop diversion for fuel production.

Arzeda Corporation is a synthetic biology company based in Seattle, Washington, that focuses on the development and manufacture of enzymes and specialty chemical products. Established in 2008, Arzeda employs intelligent protein design technology, integrating physics-based methodologies with artificial intelligence to create innovative designer proteins and enzymes. Its product portfolio caters to various industries, including polymers, pharmaceuticals, and industrial chemicals, enabling clients to access high-performance solutions that also emphasize cost-effectiveness and sustainability.

Tsubame BHB Co., Ltd. is a Tokyo-based company that specializes in the research, development, and manufacturing of on-site ammonia production systems and catalysts. Founded in 2017, Tsubame focuses on commercializing ammonia synthesis through innovative electride catalyst technology, which allows for flexible production conditions. The company's systems are designed for small-scale plants, addressing critical environmental and food-related challenges while promoting a sustainable society. By enabling on-site ammonia production, Tsubame aims to reduce transportation and storage costs for its clients, contributing to more efficient resource management.

Lightnix Inc., founded in 2002 and headquartered in Nishinomiya, Japan, specializes in manufacturing innovative medical equipment, particularly resin lancet needles for the healthcare sector. The company focuses on developing products that enhance patient comfort during injections, with its flagship product, the pinnix light, designed to resemble a mosquito's proboscis. This unique design allows for the creation of microincisions while minimizing needle exposure, thereby reducing pain associated with traditional injection methods. Lightnix is committed to improving the safety and experience of injection procedures for patients through its advanced medical technologies.

JITSUBO aims to be a Peptide Lowest Cost Producer by continuously improving core technologies by incorporating all the latest technologies. JITSUBO company name is derived from "Chiba Jitsubo-san", a family business of Kazuhiro Chiba, a science and technology adviser and co-founder. Chiba Minorusan is a rare medicine that has been contributing to the health of people for over 500 years as a herbal medicine for women. The company named 'JITSUBO' from the desire to provide products that are useful for people's health through peptide drugs for a long time. We aim to be such a great mother-like company that continues to bring the results of technological innovation to the value of superior peptide drugs and continue to produce them in society.

Goryo Chemical, Inc. is a Japanese company specializing in the development of fluorescent probes and functional dyes for applications in chemical biology and diagnostics. Founded in 2010 and headquartered in Sapporo, with an additional office in Tokyo, the company offers a range of products including AcidiFluor, CalFluor, GlycoFluor, and MetalloFluor, among others. These fluorescent probes are designed for cellular analysis, assay, and imaging, enabling selective staining of acidic organelles such as lysosomes and late endosomes. Goryo Chemical also provides bioluminescent probes, labeling services, and custom synthesis, catering to various needs in molecularly-targeted drug and immunoassay applications. The company serves its customers through a network of distributors both domestically and internationally.