SOSV

Novoloop focuses on upcycling plastic waste into high-performance materials, branded as OISTRE™, which are utilized in various applications such as footwear, automotive, and home products. The company transforms packaging waste into materials that perform comparably to traditional fossil fuel-derived products, incorporating up to 50% post-consumer recycled content. This process not only reduces carbon emissions by up to 45% but also employs a low-carbon manufacturing method known as ATOD™, which emphasizes sustainability without compromising quality. Founded in 2015 and based in Philadelphia, Novoloop aims to contribute to a circular economy by providing environmentally friendly alternatives in the materials industry.

100% naturally bio-based material made from food waste

Novoloop focuses on upcycling plastic waste into high-performance materials, branded as OISTRE™, which are utilized in various applications such as footwear, automotive, and home products. The company transforms packaging waste into materials that perform comparably to traditional fossil fuel-derived products, incorporating up to 50% post-consumer recycled content. This process not only reduces carbon emissions by up to 45% but also employs a low-carbon manufacturing method known as ATOD™, which emphasizes sustainability without compromising quality. Founded in 2015 and based in Philadelphia, Novoloop aims to contribute to a circular economy by providing environmentally friendly alternatives in the materials industry.

100% naturally bio-based material made from food waste

Robotic Materials provides solutions to improve efficiency in manufacturing and e-commerce by leveraging robotic AI. The company develops general purpose mobile manipulators that combine the power of deep learning with semantic reasoning to perform mobile bin picking, kitting, and assembly.

100% naturally bio-based material made from food waste

Bucha Bio creates a novel biomaterial grown from infinitely renewable bacterial-nanocellulose. Strands of natural fibers interlock to form a high-performance textile with a luxuriously soft handfeel. Produced in weeks rather than months or years, use it in premium applications instead of animal leather, polyurethane, latex, vinyl, and so much more. Creating a reliable material is our goal, adding plastics and petrochemicals like PU polyurethane would make it easy, but we’ve never taken the easy way out. Committed to sustainability, Bucha Bio’s team is dedicated to creating a completely biodegradable textile that enables the next generation of designers to create products for a more sustainable future. Our biomaterial is water-resistant, scratch-resistant, sunlight-resistant, flame-resistant, and so many more reasons to test it out in your next product.

Bucha Bio creates a novel biomaterial grown from infinitely renewable bacterial-nanocellulose. Strands of natural fibers interlock to form a high-performance textile with a luxuriously soft handfeel. Produced in weeks rather than months or years, use it in premium applications instead of animal leather, polyurethane, latex, vinyl, and so much more. Creating a reliable material is our goal, adding plastics and petrochemicals like PU polyurethane would make it easy, but we’ve never taken the easy way out. Committed to sustainability, Bucha Bio’s team is dedicated to creating a completely biodegradable textile that enables the next generation of designers to create products for a more sustainable future. Our biomaterial is water-resistant, scratch-resistant, sunlight-resistant, flame-resistant, and so many more reasons to test it out in your next product.

Novoloop focuses on upcycling plastic waste into high-performance materials, branded as OISTRE™, which are utilized in various applications such as footwear, automotive, and home products. The company transforms packaging waste into materials that perform comparably to traditional fossil fuel-derived products, incorporating up to 50% post-consumer recycled content. This process not only reduces carbon emissions by up to 45% but also employs a low-carbon manufacturing method known as ATOD™, which emphasizes sustainability without compromising quality. Founded in 2015 and based in Philadelphia, Novoloop aims to contribute to a circular economy by providing environmentally friendly alternatives in the materials industry.

Chemicle is developing a cost effective and clean chemical process to convert dairy waste into bio-plastic precursors. These are the building blocks of high-performance and totally recyclable plastics, whose production could decrease emissions during the manufacturing phase up to 70%.

Novoloop focuses on upcycling plastic waste into high-performance materials, branded as OISTRE™, which are utilized in various applications such as footwear, automotive, and home products. The company transforms packaging waste into materials that perform comparably to traditional fossil fuel-derived products, incorporating up to 50% post-consumer recycled content. This process not only reduces carbon emissions by up to 45% but also employs a low-carbon manufacturing method known as ATOD™, which emphasizes sustainability without compromising quality. Founded in 2015 and based in Philadelphia, Novoloop aims to contribute to a circular economy by providing environmentally friendly alternatives in the materials industry.

Structur3d Printing allows makers and 3D printers to work with pastes like silicone, polyurethane, latex, icing sugar. They're enabling 3D printers to go past just printing rigid plastics and create useful objects with real world applications using the right materials for the job.

Maieutic is a startup comprised of engineers who are developing a revolutionary die and surface casting technology called a programmable surface. Manufacturers use die extrusions to flatten polymers into flat sheets. However through repetitive use deformations as well as wear tear occur on the die's surface. Manufacturers often use screws to re-adjust the surface and compensate for these solutions. Our patent pending solution is known as the "programmable surface", a surface comprised of an array of pins whose individual heights can be adjusted via lorrentz force. By varying the individual heights of each pin, we can emulate various surface topographies and compensate for surface deformities that arise in the manufacturing process.

Novoloop focuses on upcycling plastic waste into high-performance materials, branded as OISTRE™, which are utilized in various applications such as footwear, automotive, and home products. The company transforms packaging waste into materials that perform comparably to traditional fossil fuel-derived products, incorporating up to 50% post-consumer recycled content. This process not only reduces carbon emissions by up to 45% but also employs a low-carbon manufacturing method known as ATOD™, which emphasizes sustainability without compromising quality. Founded in 2015 and based in Philadelphia, Novoloop aims to contribute to a circular economy by providing environmentally friendly alternatives in the materials industry.