Engineering safer access to critical infrastructure
Innvotek develops robotic, automation and digital technologies that help organisations improve safety, reduce operational risk and manage critical infrastructure more effectively.
Our solutions are designed for environments where access is difficult, hazardous or costly, including work at height, confined spaces, explosive atmospheres, splash zones and subsea environments. By reducing the need for manual intervention, we help clients improve asset visibility, optimise maintenance activities and minimise operational disruption.
Working across offshore energy, shipping, transport, industrial facilities and critical infrastructure, we combine robotics, sensing, automation and digital engineering to solve complex operational challenges and deliver practical, real-world solutions
Many inspection and maintenance activities still require personnel to work in hazardous environments. We develop robotic and automation systems that reduce the need for human exposure in high risk locations, enabling safer operations, lower operational risk and more efficient management of critical infrastructure
With more than 15 years of engineering experience, we combine expertise in electronics, control systems, mechanical design and machine vision to develop robotic solutions for challenging environments where safety, access and operational efficiency are critical
We develop mobile, remotely operated robotic systems designed for reliable performance in demanding environments. Each platform is engineered with intuitive control systems and operator support features to enable safer, faster and more efficient deployment and inspection.
We support clients throughout the full lifecycle, from early concept development and system design through to build, training and long-term technical support
We believe that there are no dirty, dull or dangerous tasks that cannot be automated. We are confident that with our know-how, we can create a safe work environment for people working in splash zones, underwater, on construction sites or explosive atmospheres.
Offering 10-years of experience, our multi-disciplinary engineering team has capabilities in electronics, control systems, mechanical design and machine vision, which allow us to develop robotic platforms from the ground up to best suit the application.
We develop compact, mobile machines which are remotely controlled. They are easy to use as they incorporate user aids and have an intuitive interface. Our team can provide support with concept development, detailed designs, user training and aftersales technical support.