JMTC Capital

Nature Architects develops Direct Functional Modeling (DFM), the design algorithm for additive manufacturing by which users are able to directly design the functional properties for their product. Using DFM, it is possible to design multiple features, such as motion, kinematics, and elasticity, which have been difficult to design in the conventional design process. By leveraging the benefit of additive manufacturing, users can design and manufacturer a product with multiple functions in a consolidated one part. DFM can be applied to the area in which complex processing and assembling is required such as automobiles, airplanes, Robotics was necessary development.

SenSprout became feasible by using the wireless power feeding technique according to an ink-jet printing technology and Energy Harvesting, concept application of soil monitoring sensor networks.By a sensor capable of detecting a change in capacitance, in addition it is possible to measure the amount of water in the soil, it is possible also to detect rain leaves wet sensor. Due to the use of printing technology, there is a feature that can be manufactured at low cost in mass production in small lots. In addition to battery replacement is suppressed in unnecessary for maintenance cost is also minimal, there is no fear of contaminating the soil, such as by leakage of the battery. Optimization of irrigation of large-scale agriculture and high value-added crops, when the application, such as evaluation of happen if I do not know landslides and landslide risk can be expected.

Rapyuta Robotics is a global technology startup that builds cloud robotics solutions. Spun out of the Swiss Federal Institute (ETH Zürich) in 2014, the company now has about 90 employees global, and offices in Japan, and India. While improvements in technology are helping to make robotics more accessible to markets, the ability to integrate all the required expertise remains a barrier for most companies. Rapyuta Robotics’ platform makes it significantly easier for businesses to deploy robotics solutions without needing in-house robotics expertise. By integrating robot hardware, software, sensor data, and applications in the cloud -- where powerful data centers manage the heavy computation -- Rapyuta’s platform lets end-users focus on their business processes instead of on managing robot hardware or software infrastructure.

Photo electron Soul mission is to innovate the world of "seeing (fine observation)" and "creating (fine processing)" through the development of photocathode electron beam technology. The photocathode electron beam technology developed by our company will produce next generation electron beams with high performance and versatility (pulse structure, low dispersion, large current). By renewing the electron beam, which is a key device for industrial equipment such as electron microscopes, semiconductor device manufacturing / inspection equipment, and metal 3D printers, it is possible to realize fine observation, fine processing, high throughput, etc. Breakthroughs in a wide range of fields such as science, materials, and electronics.

EneCoat Technologies is working on materials development for perovskite solar cells and the commercialization of modules.EneCoat Technologies will create the future of energy through thin-film solar cells with the aims of protecting the environment and effectively utilizing natural energy sources.

Elephantech makes electric industry more sustainable with metal inkjet printing technology.

Triple W develops DFree, the first wearable device for incontinence that can track the progression of bladder movements using a non-invasive ultrasonic sensor. The device will help elderly and disabled people who suffer from incontinence by notifying when they will need to go to the bathroom. DFree is now widely marketed in Asia and Europe and used in over 500 senior care facilities. Triple W has offices in Japan, France, and the US.

WHILL designs and creates personal mobility products for indoor and outdoor applications. WHILL is making transportation enjoyable and smart for everybody. It aims to change the perception of mobility devices such as wheelchairs and scooters through advanced technology and smart design. It was founded in 2013 and is headquartered in San Carlos, California.

Rapyuta Robotics is a global technology startup that builds cloud robotics solutions. Spun out of the Swiss Federal Institute (ETH Zürich) in 2014, the company now has about 90 employees global, and offices in Japan, and India. While improvements in technology are helping to make robotics more accessible to markets, the ability to integrate all the required expertise remains a barrier for most companies. Rapyuta Robotics’ platform makes it significantly easier for businesses to deploy robotics solutions without needing in-house robotics expertise. By integrating robot hardware, software, sensor data, and applications in the cloud -- where powerful data centers manage the heavy computation -- Rapyuta’s platform lets end-users focus on their business processes instead of on managing robot hardware or software infrastructure.