RAYDIAX's EIC Accelerator CT Scanner Built for Cancer Ablation
When a radiologist destroys a liver tumour with heat, the needle goes in through the skin and the patient often lies inside a CT scanner that was built to take diagnostic pictures, not to have a doctor working at its opening. RAYDIAX, a 2022 spin-off of Otto von Guericke University Magdeburg, has built a scanner for that job alone. It calls the machine TACT, a therapy assistance computed tomograph, and describes it as the first of its kind.
The EIC Accelerator selected the project, RAYDIAX TACT, at its October 2025 cut-off for blended finance. CORDIS records an EU contribution of €2,493,012 for a project running from 1 June 2026 to 31 May 2028, with the grant agreement signed on 28 May 2026. The plan is to build two pre-commercial systems, validate them in hospitals and seek CE marking in Europe and FDA clearance in the United States in parallel. Five months into the grant period, no first patient treatment has been reported.
Company file
- Legal entity
- RAYDIAX GmbH, Stendal Local Court HRB 31220, per the company's legal notice
- Founded
- March 2022, spin-off of the STIMULATE research campus and Otto von Guericke University
- Headquarters
- Otto-Hahn-Strasse 2, Magdeburg Science Harbour
- Founders
- Thomas Hoffmann (CEO), Tim Pfeiffer (CTO), André Mewes, Benjamin Fritsch, Robert Frysch
- Investors
- High-Tech Gründerfonds, bmp Ventures with IBG funds, GETEC Family Office, business angels
- Team
- 26 people named on the company's team page, November 2026
- EIC project
- RAYDIAX TACT, agreement 101297741, June 2026 to May 2028
A scanner shaped around the needle
Interventional oncology treats tumours through millimetre-thin instruments pushed through the skin, for example to heat and destroy the tissue. The project summary calls it the fourth pillar of cancer care and argues that, unlike heart attack and stroke, where dedicated imaging is standard, the field still lacks a machine of its own: doctors work under spatial constraints, high radiation exposure and imaging that fits poorly with their tools. "Procedures are already being performed in CT scanners. But our CT scanner was developed specifically for this purpose," Sebastian Gugel, the company's head of medical affairs, told the university magazine in July 2026.
The design combines fast 3D multislice CT with large-area 2D angiography in one system, so that a bleeding complication can be handled without moving the patient, according to the company. The gantry has a free inner diameter of one metre, the table floats freely and can be positioned off centre, and an interface and programming access are offered for surgical robots. The university magazine reports that the gantry turns once per second and streams 1,000 images per rotation live to the surgeon's screen. RAYDIAX also says the imaging chain is designed to lower the radiation dose for patients and staff; no dose figure has been published, and the magazine notes that the dose is still being tested and documented.
The pitch
A €6.5 billion market, as the project describes it
The market figures RAYDIAX gives in its CORDIS summary. They are the company's own estimates and are not sourced on the project page.
CORDIS, RAYDIAX TACT objective. Values in € billions.
The market case in CORDIS is the company's own: image-guided surgery systems worth €6.5 billion in 2025, growing to €9.2 billion by 2032, plus €18.2 billion of potential in robotic surgery, and access to minimally invasive treatment for more than one million patients a year. None of these figures is sourced on the project page.
From campus prototype to first patient
The groundwork is long. The company's team page dates the research to 2012, and the STIMULATE campus says the spin-off was founded on results of the KIDs-CT project funded by the German research ministry, with the stated aim of becoming a certified medical device manufacturer. According to the university magazine, the first TACT was set up on the Otto von Guericke University campus in 2024, and doctors and radiologists from the United States, Europe and the STIMULATE network have since tested it on phantoms that simulate lung and liver cancer. CORDIS adds animal and body donor tests and puts the system at technology readiness level 6.
The next step is in a hospital. The same July 2026 article says Magdeburg University Hospital will install the first TACT for the planned clinical trial and that Maciej Pech, its head of radiology, will treat the first patient. Gugel described the company as "in the critical phase on the path to admission as a medical device". No approval date or launch year has been given. The company's news page, checked on 4 November 2026, has no item after March 2026, and a web search for a first-in-human treatment with TACT found no report.
The record
Ten years in a research campus, four years as a company, no patient yet
RAYDIAX grew out of image-guided therapy research at the STIMULATE campus in Magdeburg. The first-in-human study the EIC grant is meant to support had not been reported by November 2026.
- 2012Research beginsPhysicists and engineers start work on image-guided therapy at what became the STIMULATE research campus, per the company
- Oct 2021Virtual reality testThe TACT interaction concept is evaluated in virtual reality with a clinical partner
- Mar 2022Company foundedRAYDIAX GmbH is set up in Magdeburg by five researchers, with an EXIST research transfer grant behind the team
- Oct 2023Seed round€2.4M led by HTGF and bmp Ventures with IBG funds, plus a €1.1M federal top-up grant€3.5M
- 2024First prototype on campusThe first TACT is set up on the Otto von Guericke University campus and tested on phantoms
- Mar 2026Series A1€5M of venture money from business angels, bmp Ventures with IBG funds and the GETEC family office, announced with the EIC Accelerator award€7.5M
- Jun 2026RAYDIAX TACT startsCORDIS records the EIC Accelerator project start, signed on 28 May 2026€2.49M
- May 2028RAYDIAX TACT endsScheduled end of the EIC project, which aims at two pre-commercial systems and CE and FDA approvalScheduled
RAYDIAX website and news page; STIMULATE; Silicon Canals, 27 October 2023; HTGF, 4 March 2026; CORDIS; uni:magazin, 8 July 2026.
- Working prototypeBuiltFirst ablation prototype tested on phantoms, animals and body donors, per CORDIS; set up on campus in 2024, per the university magazine.
- Two pre-commercial systemsNot yet shownNo public report of a second system or of the hospital installation, as of November 2026.
- Clinical validation on sitePlannedFirst patient announced for Magdeburg University Hospital; no treatment reported.
- CE and FDA approvalPendingNo approval announced; the project runs to May 2028.
- Lower radiation doseClaimNo dose measurement published by the company.
€7.5 million for the clinical phase
RAYDIAX raised €3.5 million in October 2023: €2.4 million of seed equity led by High-Tech Gründerfonds and bmp Ventures with the IBG funds of Saxony-Anhalt, and a €1.1 million top-up grant from the federal economy ministry, according to Silicon Canals; the company's news page gives the same €3.5 million total. Before that, a three-year EXIST research transfer grant had supported the founding team.
In March 2026 the company announced a €7.5 million Series A1. High-Tech Gründerfonds and AuntMinnie Europe describe it as €5 million of venture money, from existing investors including bmp Ventures and new investor the GETEC Family Office of Karl Gerhold, plus €2.5 million from the EIC Accelerator. The money is earmarked for first-in-human studies, a production-ready system and the build-up of sales, production and quality management. The STIMULATE campus wrote that the award comes with the prospect of further European investment in a later growth round; no EIC Fund equity investment has been announced, and CORDIS records only the grant.
The money
Venture money leads, the EIC grant comes second
Announced funding since 2023, by source. The 2026 venture round and the EIC grant were announced together as one €7.5M package. Figures come from different documents and are shown side by side, not added up.
Silicon Canals, 27 October 2023; HTGF, 4 March 2026; CORDIS, project 101297741. Values in € millions.
What the company says
The world's first CT built for cancer interventions, with live hybrid imaging, a lower dose, room for robots, and two pre-commercial systems heading for CE and FDA approval by 2028.
What the record shows
A prototype tested on phantoms, animals and body donors, €7.5 million of new funding, two start-up awards and a named hospital partner; no patient treated in public reports, no dose data and no approval yet.
Why the EU funds it
Europe's Beating Cancer Plan, the Commission's cancer strategy, counts 2.7 million cancer diagnoses and 1.3 million deaths in the EU in 2024 and makes equal access to diagnosis and treatment one of its aims. The university magazine cites the COLLISION trial, which supports thermal ablation as a standard treatment for colorectal cancer that has spread to the liver, with recovery chances similar to open surgery and shorter hospital stays. The state of Saxony-Anhalt has backed the company through the IBG funds. RAYDIAX was one of 16 winners, one per federal state, at the Startup Germany Summit in September 2024, and won the start-up category of the state's business award in November 2024, per Volksstimme and the company's news page.
Verdict
RAYDIAX arrives at its EIC grant with a built and tested prototype, a decade of campus research behind it and €5 million of new venture money. Everything the grant is meant to buy is still ahead: the first patient, the pre-commercial systems, published dose figures and a CE mark. The project's own deadline for all of it is May 2028.
RAYDIAX was not asked for comment. The reporting is based on publicly available sources, listed below.
Sources
- CORDIS, RAYDIAX TACT project fact sheet
- High-Tech Gründerfonds, RAYDIAX secures €7.5 million, 4 March 2026
- AuntMinnie Europe, Raydiax secures €7.5M, 4 March 2026
- STIMULATE research campus, EIC Accelerator award, March 2026
- uni:magazin, Otto von Guericke University, The CT scanner as an operating theatre, 8 July 2026
- Silicon Canals, RAYDIAX raises €3.5M, 27 October 2023
- STIMULATE research campus, RAYDIAX spin-off, 2022
- Volksstimme, Saxony-Anhalt business award, 19 November 2024
- RAYDIAX website, team page, news page and legal notice
- European Commission, A cancer plan for Europe
Industry
HealthMedical devices
- Focus
- Medical imaging
- Oncology devices
- Technologies
- Computed tomography
- X-ray imaging
- Keywords
- Interventional radiology
- Oncology
- Minimally invasive surgery
- Surgical robotics
- Radiation dose