Seikowave

About Seikowave

Seikowave provides 3D imaging and analysis solutions tailored for industrial non-destructive testing, with a primary focus on the energy sector. Founded in 2010 by Matt Bellis, Daniel Lau, and Minoru Niimura, the company originated from technology developed at the University of Kentucky's Center for Visualization. Bellis, with a background in high-tech startups, identified the market potential for a more accessible 3D scanning technology while in Japan and discovered the foundational research at the university. This led to the establishment of Seikowave in Lexington, Kentucky, to commercialize this research, blending Japanese optics access with US-based imaging technology development.

The firm's business model centers on selling specialized 3D scanning hardware and generating recurring revenue through its associated analysis software. It serves clients in demanding markets including oil and gas, aerospace, nuclear, automotive, and infrastructure. Seikowave's technology addresses the need for detailed and rapid inspection of critical infrastructure, such as pipelines, storage tanks, and bridges, to ensure regulatory compliance, operational safety, and efficient maintenance.

Seikowave's core product is a handheld, ruggedized 3D scanner, like the "3DSL Rhino," which uses a proprietary structured light method. This technology allows for the rapid capture of high-resolution 3D images, even of objects in motion, using inexpensive computing platforms. A key benefit is its ability to quickly and accurately measure surface defects like corrosion, dents, and cracks on pipelines and other structures. The captured data is then processed by a software suite that can analyze the damage and generate fitness-for-service reports compliant with industry standards such as ASME and API. The system is designed for field use in harsh environments, being resistant to water, dust, and shock. The company also offers its technology and expertise through contract measurement services, handling the entire inspection process from data acquisition to final analysis and reporting.