
Accelerating the journey to market of foreign-body detection innovative device
Business challenge
Process Innovation
Growth & Scaling
Supply Chain Transformation
Skills & Training
Sector
SME
Technology or capability
Digital Manufacturing
Manufacturing Systems
Skills & Training
Process Design
Project Challenges
Ortotec are a team of doctors, engineers and scientists developing accessible metal detection technologies for use within the human body. Metallic particles in soft tissue and bone, such as screws, wires, and other foreign metal bodies, can be a serious concern not only for the patient - causing discomfort, irritation, and infection - but also for the surgeon dealing with these issues. Currently, the only widely available tool for detecting these metallic particles is an X-ray machine, which is inconvenient and cumbersome to use. It is also expensive to purchase, to maintain, and exposes the patient and employees to radiation. Ortotec developed “GetMet”, a unique lightweight hand-sized metal detection device with a pen-like grip that reduces fatigue for the user and detection with precision at the location of metal fragments within the human body.
Ortotec’s small facilities in Finland with few staff members has limited the acceleration of the business, producing only relatively low volumes. It was understood that the product was manufactured in low volumes by a single person who knew both the design and manufacturing requirements to a high degree and over a long period of time. However, for potentially much higher industrial volumes in the future, there was seen to be a significant need for an increase in the economy of scale for manufacture of the same product. To support the relocation of operations to the West Midlands and scale up production, Ortotec approached the West Midlands Healthtech Innovation Accelerator (WMHTIA), which is a regional programme part of the locally-lead Innovation Accelerators delivered in partnership with DSIT, Innovate UK and the West Midlands Combined Authority. MTC have expertise in supply chain transformation as well as growth & scale up manufacturing, therefore were identified as the suitable WMHTIA partner to support Ortotec in this journey.
To support Ortotec in this journey, an initial challenge was to acquire a comprehensive understanding of the design and all components, including packaging, as some of the data had to translated from Finnish. In order to move the products production to the West Midlands (United Kingdom), MTC identified alternative parts, for example replacing specific screws that could only be sourced from Finland. Additionally, the method of manufacturing the enclosure had to be defined - identifying a suitable Additive Manufacturing method or an alternative - ensuring meeting the same specifications and quality as the existing product. It was also crucial to identify suitable vendors in the West Midlands who had the necessary capabilities and capacity to produce the various components and final assembly of the product.
MTC's Solution
MTC began supporting Ortotec by developing a ‘New Product Introduction Assessment’ for the GetMet product and a Discovery workshop with the Ortotec team, to gather a holistic understanding of the product development and business objectives.
At the outset, it was crucial to foster a high degree of collaboration with the chief designer and manufacturer of the GetMet product in Finland. With his help, the Bill of Materials (BOM) and existing manufacturing data were obtained and translated from Finnish to English. Subsequent work involved identifying specifications available from potential UK sources for all parts, including the challenging aluminium carrying case previously sourced from Germany, which could now be exported directly to the UK with potential cost savings. The most critical consideration was directed at the sensor coil assembly during product review as this was at the core of the metal detector design. There were efforts directed at finding a suitable supplier to manufacture and supply high quality coils, which were identified and are producing these critical components for Ortotec in the UK.
Various Additive Manufacturing (AM) companies were explored to assess different material and manufacturing solutions, resulting in a wide range of offerings and quoted prices. In terms of electronics manufacture, a range of prices were observed depending on the vendor's size and capabilities. The MTC team performed due diligence to ensure supply chain resilience too. The technical work provided Ortotec with a viable digital manufacturing pack for future vendors to manufacture the bare circuit boards, electronic board assemblies, and AM enclosures that are required for the GetMet Mark II product.
The most important work involved researching potential integration partners in the West Midlands and visiting these partners with Ortotec to evaluate their factory environments and manufacturing capabilities. MTC introduced an overall Supply Chain Strategy and best practices guide to produce products and their sub-assemblies with a high yield and low defect rates. In particular, MTC ensured that Ortotec was working with primarily ISO 9001 contract manufacturers capable of providing in-process quality assurance. ISO 13845 for the manufacture of medical devices was also an important consideration but deemed not essential by regulatory consultants that advised Ortotec independently. After thorough evaluation, a clear choice for the best-fit integration partner was made based on the agreed criteria, leading to the recommendation of a specific partner and therefore developing a subcontracting solution for Ortotec.
It has been a pleasure to work collaboratively with Nikke & Tuomo over the months to create a manufacturing footprint for production of the GetMet device in the Midlands which hopefully will become a standard surgical device in every surgical kit in the near future.
Kit Lee, Senior Business Advisor, Industrial Transformation Group - MTC


The Outcome
Ortotec has the confidence that two high capability ISO 9001 and 13845 certified contract manufacturing partners in the West Mindlands are available to do initial small trials for manufacture of the GetMet Mark II product, with the manufacturing information clearly communicated with one of these new suppliers. Suitable manufacturing solutions and suppliers were identified for the various components of the GetMet product, accelerating Ortotec’s journey to scale up manufacturing and derisking the migration of product production to the West Midlands, UK.
The WMHTIA programme enabled the MTC to support Ortotec establishing a manufacturing footprint in the West Midlands for the GetMet Mark II product and building the groundwork for potential future versions of the device.
Benefits to the Client
The collaboration has brought several benefits to Ortotec. The support from the WMHTIA programme enabled the establishment of a shared vision and holistic support of Ortotec from various partners, with clear scope and objectives set for the project and budget. This included defining what 'success' looked like for Ortotec and determining the direction based on industry experience. MTC interventions helped reduce Ortotec’s exposure to business risks at every stage of the project while helping the West Midlands supply chain by setting up relationships with manufacturers in the region.
Ortotec accelerated and derisked the scale up journey by having access to highly qualified and experienced MTC professionals who fully understood design, manufacturing, and supply chain requirements. This high level of control and risk management ensured the project progressed smoothly along its critical path. MTC also provided high-quality research for potential supply chain partners and assessed their capabilities by embedding into Ortotec's business a manufacturing and supply chain expert, ensuring high quality, adherence to schedule, and cost efficiency for materials and production.
Working with Kit, Thorsten, and the entire team at the MTC has been invaluable to the growth of our business and the development of our medical device, GetMet. A truly scalable manufacturing solution was essential to meeting the ever-growing international demand for our devices, and this was MTC’s most significant contribution within the Midlands WMHTIA accelerator. Their dedication, combined with a breadth of expertise—from design and supply chain management to fostering key relationships and identifying the right Midlands-based subcontractors—enabled us to elevate our manufacturing approach. As we now enter discussions to scale up, this capability is a crucial factor for any serious investor, making our engagement with MTC even more impactful.
Leo Osterback, Orthopaedic Surgeon - Founder & Innovator of GetMet