Since 1985, YUASA has excelled in photonics, offering laser diode test systems, including laser die-chip testing and laser COS testing. We provide production equipment from wafer processing to chip testing, burn-in, visual inspection, and the final inspection process. We prioritize understanding each customer’s unique needs to create optimal proposals.
TOKYO OHKA KOGYO CO., LTD.
SIEVEWELL is an innovative single‑cell arraying platform designed to precisely isolate, position, and analyze individual cells in a high‑throughput and user‑friendly manner. Built around a robust nanowell architecture, SIEVEWELL enables efficient capture of single cells with minimal doublets, making it ideal for applications that require accurate cell‑to‑cell resolution. The platform is optimized for a wide range of cell types, including suspension and primary cells, and supports controlled co‑culture experiments such as target–effector pairing studies. Its gravity‑based loading process eliminates the need for complex microfluidic control systems, allowing researchers to achieve reproducible single‑cell occupancy using standard laboratory equipment. SIEVEWELL is fully compatible with automated imaging systems and downstream assays, including fluorescence‑based viability, functional readouts, and time‑lapse observations. The transparent substrate and standardized layout enable seamless integration with high‑content imaging platforms, facilitating quantitative single‑cell analysis at scale. Designed with simplicity, reproducibility, and flexibility in mind, SIEVEWELL accelerates single‑cell research by reducing experimental complexity while maintaining high data quality. It is an ideal solution for immunology, oncology, cell therapy development, and functional single‑cell assays where precise spatial control and reliable single‑cell data are essential. | SIEVEWELL™ is high density single cell arraying device. This device has a self-standing filter membrane with 370,000(type Hex20) or 90,000(type Hex50) nanowells. SIEVEWELL™ is designed to trap cells at a high single cell rate. Fluidic system or instrument is not required. SIEVEWELL™ is a useful tool for single cell culture, staining, imaging and assay.
SWCC Corporation
SWCC Corporation was founded in 1936, designs and develops electric wire-based products using rubber, plastic, and metal. Serving industries like energy, communications, and infrastructure, we aim to support society and contribute to sustainability through innovative solutions.
NTT Innovative Devices
NTT Innovative Devices is a leading electronics manufacturer supporting optical communication infrastructures and broadcasting fields on a global scale. At NAB2025, we will show our AI-powered video solutions that will be released in the near future: compact-sized AI camera for security, traffic monitoring, and surveillance market, and HEVC hardware codec with in-house LSI for encoding and AI processing. Not only displaying the mock-ups, but weâll also show the real-time demonstration of object recognition by AI camera and will show the simulation video of ROI (Region of Interest) encoding by Video AI Box (AI codec). In addition, âMediaRouterX V2,âan optical packet switch transponder with L2/L3 routing and PTP grandmaster functions, will be presented. Since the release last year, MediaRouterX V2 has been used for international remote production projects delivering uncompressed video feeds over All-Photonics Network (APN). Also, weâll display âPlusRepeater Series,â a WDM-supported media converter and transponder. New 10G card with in-band monitoring has just been added to our offering lineup. Optical connector cleaners from NTT Advanced Technologies will be exhibited as well. The NTT-ATâs cleaners are easy-to-carry handy types and have a lot of number of uses for cleaning per kit. Moreover, the latest information on the next multi-channel contribution encoder/decoder platforms following HC32000E/HC32000D will be unveiled. | NTT Innovative Devices, as the only hardware manufacturing company in the NTT group, is producing innovative devices for optical communications, video communications, and optical sensing.Our mission is to make key devices for ICT, that meet high expectations of customers in the world, based on the advanced technologies of NTT Lab.
NIKUNI CO., LTD.
NIKUNI was established in 1946. As a leading manufacturer of Regenerative Turbine Pumps in Japan, we constantly respond to the needs of end-users, striving to produce products with sincerity. The NIKUNI pumps series is a testament to all challenges we have overcome in manufacturing industry. At analytica USA 2025, NIKUNI is proud to introduce its new mixing technologies featuring multi-stucked elements. Two types of differently shaped mixing elements are stacked alternately, tucked with blind plate and ring plate to create complex fow paths in both axial and radial directions. Supplied fuids repeatedly divide and merge through these fow paths, effciently demonstrating high stirring capacity due to the generated turbulence and vortices. The multi-stucked elements can also be used for liquid-liquid and gas-liquid mixing applications, serving as a replacement for traditional rod-shaped stirrers. It is also the best choice for scientific and pharmaceutical R&D applications. Please visit our booth #619 for a demonstration of the excellent performance of our multi-stacked elements.
FICT
With over 50 years of expertise in interconnect technologies, high-multilayer PCBs, semiconductor package substrates, and ST substrates for probe cards, our products power advanced semiconductor testing, high-performance computing, and next-generation electronics. We continue driving innovation for reliable, cutting-edge solutions.