Neurotechnology
Pioneering the next generation of neuromodulation devices.
From proof-of-concept studies to manufacturing scale-up, we help you rapidly engineer advanced neuromodulation solutions, guiding you every step of the way. Our multidisciplinary team combines deep scientific expertise and user-centred design with a proven track record in end-to-end product development, enabling you to create technologies and devices that push the limits of what's possible in neurotechnology.
Transforming advances in neuroscience into breakthrough clinical outcomes
Designing effective neurotechnology devices demands more than engineering expertise—it requires a deep understanding of the science behind neurological treatments and a commitment to user-centred design.
As a neurotechnology company with extensive experience in addressing the unique challenges of the field, we ensure your products are best in class—safe, compliant, well-designed, and user-friendly.
Our interdisciplinary team of neuroscientists, engineers, and designers balances technical excellence with real-world impact, de-risking each project phase while navigating complex regulatory and technological challenges. Where uncertainty arises, we provide decisive guidance, ensuring a streamlined path to clinical and commercial success.
Excelling at turning concepts into market-leading devices, our team helps you reduce time to market and deliver life-changing clinical results. We bring expertise across active implantable device development, multi-physics modelling, advanced electronics, RF design, low-power sensing, and embedded processing.
Whether optimising for ultra-low power consumption, achieving miniaturised form factors, or integrating novel biocompatible materials, our team is dedicated to delivering solutions that set new benchmarks in neuromodulation and enhance patient outcomes.
Together, we can bring your bold ideas to life, creating neurotechnology solutions that have a lasting impact.
We gave TTP an underdefined, complex therapy characterisation challenge in a novel therapy space. They, in turn, provided a systematic discovery plan, delivered rigorous and understandable modelling and neuroscience outputs, and ultimately steered us towards a workable concept for a new-to-the-world therapy concept. I was reliably impressed with their responsiveness, the quality of the outputs, and their ability to iterate at high velocity towards answers to really hard questions.
Steven Goetz
VP Technology & Platform Innovation
,
Medtronic Neuromodulation
We had a vision for a new product that we wanted to develop but our own R&D team was occupied with other business critical activities. We needed to explore different technical possibilities to solve an unmet clinical need, and TTP’s team of experts in neural interfaces, electronics, optics and ultrasound was a great asset in doing this. They completed a feasibility assessment of a range of possible technologies, many of which were outside our own area of expertise. They adapted quickly to new information and kept us aligned throughout the project. I have been very impressed with TTP’s scientific expertise and delivery capabilities, and I would not hesitate to work with them again in the future.
Ben Cottrill
VP Engineering
,
Checkpoint Surgical
We were recommended TTP by a colleague who had previously benefited from their technological expertise, and they exceeded all our expectations. From the outset, they demonstrated a deep understanding of our complex scientific concept and provided an elegant solution to our problem with impressive speed. Their vast knowledge, coupled with access to allied specialities, made them stand out as a multidisciplinary powerhouse. Communication with the TTP team was seamless—they were consistently approachable, attentive, and efficient. The quality of their work is outstanding, always delivered to the highest standards and on schedule. I wholeheartedly recommend TTP to anyone seeking to invent, design, or develop a new product or technology. Truly exceptional service.
Christopher Chan
co-CEO
,
Remedius® Ltd
Validating and strengthening early-stage concepts
Progressing efficiently from hypothesis to proof of concept is critical in the early stages of a project.
TTP’s approach leverages deep scientific insight to critically assess and refine early-stage ideas, ensuring they stand up to rigorous scrutiny before moving forward. This phase is about more than just feasibility; it's about uncovering the true potential and direction of the concept from the outset.
Our team of engineers, physicists and modelling experts bring advanced biomechanical and electrophysiological insights to each project. Through advanced modelling and targeted risk assessment, we systematically identify and address key challenges, providing a clear understanding of the therapy’s mechanism and the resulting product requirements.
By setting this strong scientific foundation, we empower teams to proceed with confidence, equipped with evidence that supports each step of the journey to impactful, real-world therapies.
Discover how TTP demonstrated a low-power AI application that classifies heart arrhythmias in real time, paving the way for the development of other AI-enhanced implanted systems. Read more.
Accelerating first-in-human studies
A new therapy isn’t proven until it has been demonstrated in humans, but to test a device in human trials it first needs to meet rigorous safety criteria. With TTP, we ensure that your neuromodulation devices are engineered for clinical success.
We accelerate your time to first in human studies by sourcing off-the-shelf components where possible and developing custom solutions where required. We handle all aspects of development - from detailed design and in-house prototyping to ISO-certified manufacturing and regulatory support.
By identifying and mitigating risks early, we ensure each product meets stringent industry standards and is primed for real-world effectiveness, enabling seamless integration into clinical settings.
With a commitment to engineering excellence and patient-centred design we will help you develop solutions that drive impact and achieve unrivalled patient outcomes.
Supporting real-world deployment
We know that long-term commercial success hinges on strong market adoption and scalable deployment.
This is where our continual focus on uncovering user needs really shines through, as we remove barriers to therapy access and ensure that your products are intuitive to use and aligned with real-world use cases. A therapy is only as good as its patient compliance, so we carefully consider every touch point, from seamless wireless charging to an intuitive interface for therapy control.
We guide you through the transition from small-batch prototyping to manufacturing scale-up, maintaining quality while improving efficiency and reducing costs.
And our support continues beyond deployment through post-market improvement. By analysing real-world data, we can refine usability and optimise device performance, ensuring sustained impact.
Discover how TTP accelerated the development of a groundbreaking Deep Brain Stimulation system, delivering a class-leading implant architecture and enabling clinical trial readiness under tight deadlines. Read more.
How we can help
ISO13485 batch manufacturing
Contract manufacturing organisations prioritise long-term, high-volume contracts and often lack the flexibility to support smaller orders. Recognising the challenges in securing low-volume manufacturing for clinical studies, we established a certified manufacturing facility to support our clients and bridge the gap between R&D and full-scale manufacturing. Our bespoke facility provides agile, small-scale manufacturing solutions ensuring are liable supply of devices for clinical trials.
Human factors
To gain market share and enjoy long-term commercial success a product must be both effective and intuitive to use. From surgical workflow to device programming and patient compliance, we carefully consider every interaction with the devices that we design to minimise the burden on the user. Our approach is to assess usability alongside technical performance, collaborating with key opinion leaders and patient groups to gather direct feedback throughout the product development process.
Leads and electrodes
Delivery of a new therapy often requires the design of custom leads and electrodes for optimal performance, safety and stability. The interaction between the electrodes and the biological target is impacted by multiple factors including electrode material, electrode shape, and stimulation waveform. With expertise in both traditional leads and thin film electrodes, we transform core technologies into fully-developed, market-ready products.
IPG design
Few engineering challenges are as complex as implantable pulse generators (IPGs) for neuromodulation therapies. Unfortunately, there is no one-size-fits-all solution; only a customized IPG design will allow you to maximise your therapeutic efficacy while simultaneously minimizing the user burden. We have developed both conventional and innovative IPGs to achieve compact form factors, ultra-low power consumption and seamless integration with other system components.
Surgical tools
The accurate placement implanted neural interfaces is critical to achieving successful patient outcomes. In addition, long and complex surgeries are expensive and limit accessibility of the therapy and thus market penetration. Bespoke surgical tools can enable faster insertion and more accurate placement while reducing the level of specialised training required. We have a strong track record in developing both single-use and complex electromechanical surgical tools.
Wireless power and communications
Active implanted medical devices are not fit and forget; they need to communicate with external devices to set up therapy parameters, enable data collection, and run software updates. Many devices also contain batteries that need to be regularly recharged; this presents a particular challenge as the desire for rapid charging must be achieved within the regulatory SAR limits while minimising any interference with neural activity. We have developed a robust workflow for the design of wireless power and communications systems which don’t incorporate any proprietary IP.
Closed loop systems
Because the same neural interface can often be used for both feedback and control, Neurotechnology is uniquely well positioned to provide closed loop therapies. By incorporating sensing data, neuromodulation therapy can be titrated to maximise therapeutic efficacy whilst minimizing physiological side effects and power consumption. The biggest challenge is in the algorithm design and implementation to ensure robust, safe and effective results. We combine deep domain knowledge in electrophysiology and signals control theory to build reliable closed loop systems.
Computational modelling
To accelerate the product development process, we apply our deep expertise in biomechanical and electrophysiological modelling to explore wide parameter spaces efficiently. This significantly reduces the number of experiments required to make critical design decisions, and the quantitative outputs provide valuable insights into sensitivity of the therapy to manufacturing tolerances, differences in physiology, and surgical placement.
Regulatory compliance documentation
We have helped hundreds of clients prepare design history files for regulatory submission. Our ISO13485:2015 quality system is audited by BSI every year and several times again by quality auditors from multinational pharma and medical device companies. We speak the language of regulatory and quality teams alongside our deep technical expertise and can help clients bridge the gap between engineering and submission.
ISO13485 batch manufacturing
Contract manufacturing organisations prioritise long-term, high-volume contracts and often lack the flexibility to support smaller orders. Recognising the challenges in securing low-volume manufacturing for clinical studies, we established a certified manufacturing facility to support our clients and bridge the gap between R&D and full-scale manufacturing. Our bespoke facility provides agile, small-scale manufacturing solutions ensuring are liable supply of devices for clinical trials.
Human factors
To gain market share and enjoy long-term commercial success a product must be both effective and intuitive to use. From surgical workflow to device programming and patient compliance, we carefully consider every interaction with the devices that we design to minimise the burden on the user. Our approach is to assess usability alongside technical performance, collaborating with key opinion leaders and patient groups to gather direct feedback throughout the product development process.
Leads and electrodes
Delivery of a new therapy often requires the design of custom leads and electrodes for optimal performance, safety and stability. The interaction between the electrodes and the biological target is impacted by multiple factors including electrode material, electrode shape, and stimulation waveform. With expertise in both traditional leads and thin film electrodes, we transform core technologies into fully-developed, market-ready products.
IPG design
Few engineering challenges are as complex as implantable pulse generators (IPGs) for neuromodulation therapies. Unfortunately, there is no one-size-fits-all solution; only a customized IPG design will allow you to maximise your therapeutic efficacy while simultaneously minimizing the user burden. We have developed both conventional and innovative IPGs to achieve compact form factors, ultra-low power consumption and seamless integration with other system components.
Surgical tools
The accurate placement implanted neural interfaces is critical to achieving successful patient outcomes. In addition, long and complex surgeries are expensive and limit accessibility of the therapy and thus market penetration. Bespoke surgical tools can enable faster insertion and more accurate placement while reducing the level of specialised training required. We have a strong track record in developing both single-use and complex electromechanical surgical tools.
Wireless power and communications
Active implanted medical devices are not fit and forget; they need to communicate with external devices to set up therapy parameters, enable data collection, and run software updates. Many devices also contain batteries that need to be regularly recharged; this presents a particular challenge as the desire for rapid charging must be achieved within the regulatory SAR limits while minimising any interference with neural activity. We have developed a robust workflow for the design of wireless power and communications systems which don’t incorporate any proprietary IP.
Closed loop systems
Because the same neural interface can often be used for both feedback and control, Neurotechnology is uniquely well positioned to provide closed loop therapies. By incorporating sensing data, neuromodulation therapy can be titrated to maximise therapeutic efficacy whilst minimizing physiological side effects and power consumption. The biggest challenge is in the algorithm design and implementation to ensure robust, safe and effective results. We combine deep domain knowledge in electrophysiology and signals control theory to build reliable closed loop systems.
Computational modelling
To accelerate the product development process, we apply our deep expertise in biomechanical and electrophysiological modelling to explore wide parameter spaces efficiently. This significantly reduces the number of experiments required to make critical design decisions, and the quantitative outputs provide valuable insights into sensitivity of the therapy to manufacturing tolerances, differences in physiology, and surgical placement.
Regulatory compliance documentation
We have helped hundreds of clients prepare design history files for regulatory submission. Our ISO13485:2015 quality system is audited by BSI every year and several times again by quality auditors from multinational pharma and medical device companies. We speak the language of regulatory and quality teams alongside our deep technical expertise and can help clients bridge the gap between engineering and submission.
Our approach and capabilities
We deliver across the entire life of a project, from opportunity discovery to production engineering. Discover how our interdisciplinary teams of experts collaborate to tackle the toughest product development challenges.
Our campus and facilities
Our award-winning campus has been designed with a clear vision. To create a space which can support our people and our clients as we develop and deliver the very best technology solutions.
Software capability at TTP
Engaged 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 test development.
Manufacturing capability at TTP
Working seamlessly with our development teams, we take clients' products through prototype builds, clinical trials, pilot manufacture and more. Using TTP Manufacturing reduces uncertainty, risk and time to market for our clients.
Meet some of the team
Hannah Claridge
Alex Stokoe
Ilya Tarotin
