dolphitech

Dolphitech manufactures the dolphicam2 for use within the Aerospace, Space, Automotive, Defence, Marine and Energy sectors. Worldwide industry leaders rely on us to ensure that throughout the design, manufacturing and in-service process the quality of their products complies with their customer requirements. Dolphitech is an ISO9001:2015 certified company that develop advanced ultrasound cameras for 2D and 3D test and inspection of materials. DolphiTech has developed a novel ultrasound transducer design that produces high-resolution images. We utilize an advanced technology developed by a team of experts in ultrasound, analogue and digital electronics. An ultrasound transducer is a device that transmits and receives ultrasound signals and converts electrical energy into acoustic energy. Our technology has industrialized well-known principles into a completely new design, product and production process. The basic technology is unique in the global context, and we have established co-development relationships with international agencies and research groups. dolphitech was established in 2009. THE HISTORY OF DOLPHITECH The origin of the technology produced by today’s dolphitech was a solution for reading barcodes underneath a coat of car paint. The participants soon realized the technology might have a greater area of application, and the initial research started in 2005. In 2009 dolphitech was established and shortly after, the aviation industry picked up on its potential benefits for inspections of composite materials on aeroplanes. The development of dolphicam1 continued, and in 2011 the first version of dolphicam1 was released. The product was continuously enhanced with multiple new versions, though all only applicable to CFRP with thickness up to 18mm. In comparison to dolphicam2, dolphicam1 was a proof of concept but, was still a popular product with clients within aviation and automotive. OUR VISION In a material revolution where materials get stronger, lighter and more complex to produce, while detecting errors in production or damage in the field gets more difficult, we want to provide ONE platform with the most advanced technology, enabling a simple way to perform inspection across all materials.