Three Core Technologies, One Engineering Partner

IDASONIC Nanocoating Technologies provides advanced equipment and engineering solutions designed to support functional material processing, surface modification, and scalable manufacturing.

The company's technology portfolio is built around three complementary areas:

Ultrasonic Spray Coating: IDASONIC's UltraSprayer® series enables precise and uniform deposition of functional materials, catalysts, and thin films. The technology supports applications ranging from energy devices and electronics to biomedical coatings and advanced surface engineering.

Electrospinning: The NanoWeaver® series provides controlled fabrication of nanofibrous membranes, separators, and functional structures. These systems support research and development in filtration, energy storage, biomedical materials, and advanced textiles.

Atmospheric Plasma Treatment: IDASONIC is advancing plasma-based surface treatment solutions designed to improve substrate wettability, adhesion, and subsequent coating performance. These technologies can complement ultrasonic spray coating and other materials processing methods.

Precision Equipment for Advanced Materials Processing

Alongside its main systems, IDASONIC develops a range of auxiliary equipment to support reliable and repeatable processing.

The product portfolio includes IdaFlow® programmable syringe pumps, IdaMist® ultrasonic atomizers and generators, IdaCalor® precision heating plates, and IdaVac® vacuum plates.

Together, these solutions provide researchers and manufacturers with greater flexibility in liquid delivery, atomization, substrate positioning, and temperature-controlled processing.

Customized Engineering and Application-Specific Development

Beyond standard equipment, IDASONIC collaborates with customers to develop solutions tailored to their specific materials, substrates, processing requirements, and production objectives.

Its engineering capabilities include customized equipment configurations, application-specific system modifications, process optimization, feasibility testing, and integration of complementary technologies.

Rather than offering a one-size-fits-all approach, IDASONIC works closely with research and industrial teams to address technical challenges throughout the development process.

From Laboratory Research to Industrial-Scale Manufacturing

One of the key challenges in advanced materials development is translating promising laboratory processes into consistent and repeatable manufacturing operations.

IDASONIC addresses this challenge by developing scalable equipment architectures and supporting process development from early-stage research to pilot and industrial applications.

With ongoing developments in inline processing and roll-to-roll technologies, the company is working to expand its capabilities for continuous and higher-throughput manufacturing.

Supporting Innovation Across Industries

IDASONIC technologies serve a broad range of applications, including hydrogen technologies, fuel cells, electrolyzers, batteries, solar cells, electronics, biomedical devices, filtration, membranes, and advanced textiles.

By combining academic expertise with practical engineering capabilities, IDASONIC continues to support researchers and industrial partners developing next-generation materials and manufacturing processes.

IDASONIC Nanocoating Technologies — From Scientific Innovation to Industrial Application.