Brain Navi™ enables accurate understanding of human brain responses to stimuli such as seeing and hearing. We are looking for partners who seek to solve challenges by utilizing this analysis data to accurately personalize products and services.

ww5 has developed an ultra-thin sheet-shaped film thermistor with a thickness of 50 microns that can be freely bent or sandwiched and is capable of real-time, multi-point temperature measurement of objects. We are seeking partner companies that wish to develop new products utilizing this technology or that want to make use of it in thermal analysis to solve challenges.

NeuroStone™ is a 3D-printed, free-form inter-connected ceramic circuit board that enables freely three-dimensional internal wiring, thanks to ww5' s expertise in material development and co-firing. We are seeking partners to collaborate with us in leveraging this small free-form inter-connected ceramic 3D printing technology to create products that contribute to equipment downsizing and less invasive medical care.

ww5 Manufacturing is looking for partners to create new value together with us by utilizing bendable transparent conductive film and transparent conductive film that can be adapted to complex shapes using the new material of MFT (*in-house name).

We are looking for collaboration partners, who are aiming to use batteries safely and efficiently by utilizing battery characterization and deterioration diagnosis technology to non-destructively measure the capacity deterioration factors and resistance increase of Lithium-ion secondary batteries.

We are looking for co-creation partners for the development of porous current collectors and their implementation into lithium ion secondary batteries that would achieve the fourfold power generation compared to that of the conventional lithium ion secondary batteries.

We are looking for partners who can collaborate with us to create new products and applications by using the magnetorheological elastomer (MRE) material whose hardness changes when a magnetic field is applied to it.

ww5 Manufacturing is looking for creative partners that increase the transmissivity of ultrasonic waves to enhance the functionality of their devices and open up new markets.

We are looking for co-creation partners with the aim of realizing the ideal form of a sustainable society through new technology that increases the traceability of products with the use of transparent ID tags using colloidal crystals.

We are seeking partners for joint development of solutions for early detection of abnormalities through continuous monitoring of biological sounds or mechanical vibrations using slim, high-sensitivity, low-noise acoustic sensors that excel at measuring low-frequency sounds in the 10–2,000 Hz range.