Medical imaging device development
Developing advanced imaging systems for real-time clinical insight
Medical imaging technologies play a critical role in modern healthcare, enabling clinicians to visualise anatomy, guide procedures and make faster, more confident decisions. From diagnostics to intraoperative guidance, the value of imaging lies not just in capturing images, but in delivering reliable, real-time insight in complex clinical environments.
Delivering reliable insight in complex clinical environments
At TTP, we develop advanced medical imaging systems that provide clinicians with clear, dependable information when it matters most.
With nearly 40 years of experience in complex system development, we help turn ambitious imaging concepts into scalable, commercially viable technologies by solving the toughest engineering challenges.
The team at TTP has done a fantastic job expediting the journey to commercialisation of our prototype. We are excited about the potential for Seracam to improve patients’ lives.
Dr. Paul Cload
Chief Marketing Officer
The Software Defined Ultrasound platform (“SDU”) represents our commitment to creating adaptable, scalable ultrasound solutions that respond to the fast-evolving demands of modern healthcare. By providing a modular and flexible platform, we’re enabling developers to bring innovative ultrasound devices to market faster and with greater confidence in their performance and adaptability. This platform truly supports our clients in achieving impactful outcomes, from early concept to final design
Jamie Collin
Project Lead, TTP
Accelerating ultrasound innovation
Ultrasound remains one of the most versatile medical imaging modalities, supporting applications from diagnostics to real-time surgical guidance and minimally invasive intervention. Developing newultrasound technologies, however, often requires overcoming challenges intransducer design, electronics, signal processing and system integration.
AtTTP, we help teams explore and develop next-generation ultrasound systems, from early imaging concepts and beamforming approaches to clinically viable platforms. Our Software Defined Ultrasound (SDU) system supports rapid prototyping of new imaging methods and transducer concepts, helping innovators move more quickly from experimentation to real-world applications.
Transducer design and microfabrication
Advanced imaging performance begins at the transducer. Whether developing conventional piezoelectric (PZT) arrays or next-generation MEMS-based technologies such as CMUT and PMUT, achieving the right balance of sensitivity, bandwidth and manufacturability is critical.
At TTP, we design and optimise transducers through a combination of modelling, simulation and hands-on fabrication. Our in-house microfabrication capabilities enable rapid iteration of MEMS designs, while our system-level understanding ensures transducer performance is aligned with the overall imaging architecture.
From early concept through to manufacturable designs, we help teams unlock new imaging capabilities and translate novel transducer technologies into robust, scalable solutions.
Meet some of the team
Software capability at TTP
Engages in all stages of software and product development, our software capability at TTP covers the full spectrum–from in-depth analysis and system architecture, to prototype design, implementation and development.
Manufacturing capability at TTP
Working seamlessly with our development teams, we take clients’ products through prototype builds, clinical trials, pilot manufacturing and more. Using TTP Manufacturing reduces uncertainty, risk and time to market for our clients.
