InPhase Solutions AS
3 products found

InPhase Solutions AS products

InPhase - Automated Ultrasonic Aluminum Inspection System

The automated ultrasonic aluminum inspection system is designed for the quality assurance process in aluminum manufacturing. Leveraging non-destructive testing (NDT) techniques, the system utilizes ultrasound technology to identify defects and inconsistencies in aluminum materials. Conforming to ASTM B495 standards, the system provides high precision and reliability, ensuring compliance with industry requirements. The incorporation of advanced transducer technology allows for the detection of internal abnormalities without causing damage to the materials under inspection. This allows manufacturers to maintain high-quality output while minimizing waste. Partnerships with TC Engineering and VisionTech enhance the system’s application capabilities in various industrial settings.

InPhase - Ultrasonic System for Underwater Inspection

InPhase is developing an ultrasonic system designed to inspect marine structures with support from Innovation Norway. This system generates high-resolution images that are useful for detecting and characterizing damage to critical infrastructure. Initial tests on chain inspections have shown the system's capability to identify faults and corrosion, estimate steel thickness, and perform double-diameter measurements. Premature fish net inspection results indicate that it can detect net damage, including behind a lice skirt. The technology aims at applications in various fields such as acoustics, corrosion monitoring, fish farming, imaging, material inspection, non-destructive testing (NDT), oil and gas industries, and renewable energy sectors, particularly for thickness measurements and comprehensive ultrasonic assessments.

InPhase - Ultrasonic Antifouling Solution

InPhase specializes in providing ultrasonic antifouling solutions for various sectors including fish farming, maritime, offshore wind farms, oil and gas, and subsea applications. The ultrasonic technology they implement is used to prevent the accumulation of biofouling, which is the unwanted deposition of marine organisms on underwater structures. Their solutions leverage high-frequency sound waves to create a protective barrier, disrupting the settlement of these organisms. These antifouling systems reduce maintenance costs and extend the operational life of marine equipment. The technology is environmentally friendly and non-invasive, making it a sustainable choice for industries looking to mitigate the effects of biofouling.