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What is the history of IBA?
IBA, a pioneer in particle accelerator technology, revolutionized cancer treatment. Founded in Belgium in 1986, its initial goal was to make advanced medical applications, like cyclotrons, more affordable and accessible.

The company quickly focused on radiotherapy, developing precise proton therapy systems. These systems are vital for targeting cancer cells while sparing healthy tissue, especially for pediatric cases.
What is the brief history of IBA Company?
IBA's journey began as a spin-off from a university research center, aiming to miniaturize and lower the cost of cyclotrons. This innovation paved the way for advanced medical treatments, particularly in oncology. The company is now the global leader in proton therapy, holding a significant market share and expanding its presence in key regions like the USA and Asia. The proton therapy market is experiencing robust growth, projected to reach USD 1.44 billion by 2025, with a CAGR of 10.9%. This growth underscores the increasing demand for the company's cutting-edge solutions, including its IBA BCG Matrix.
What is the IBA Founding Story?
The IBA company history began on March 28, 1986, with Yves Jongen, an engineer with a background in electronic engineering and nuclear physics, at the helm. Jongen's prior experience directing the Cyclotron Research Center at UCLouvain in Belgium laid the groundwork for the company's inception.
IBA's origins trace back to Yves Jongen's vision to address the significant size and cost barriers of existing cyclotrons for medical applications. This innovative concept was patented by UCLouvain in 1985, forming the bedrock of the company's initial business model.
- Founded on March 28, 1986, by Yves Jongen.
- Spin-off from the Catholic University of Louvain (UCLouvain).
- Based on a patented compact cyclotron design.
- Aimed to reduce the cost and size of cyclotrons for medical use.
The core of the IBA company background lies in its founding principle: to democratize access to medical radio-isotope production through more accessible cyclotron technology. Jongen's expertise, honed at the cyclotron research center, was instrumental in developing a prototype by the end of 1986.
The IBA establishment saw immediate success, with the sale of four cyclotrons in its inaugural year. This rapid market acceptance fueled substantial growth, tripling the company's workforce and validating Jongen's innovative approach.
- Sold 4 cyclotrons in its first year.
- Employee base tripled in the initial year.
- Demonstrated strong market demand for its technology.
- The name 'Ion Beam Applications' reflects its core technology.
The IBA company timeline highlights a significant early milestone with its rapid market penetration, underscoring the unmet need for its specialized technology. This early success was crucial for the Growth Strategy of IBA, enabling further research and development.
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What Drove the Early Growth of IBA?
The IBA company's early trajectory was defined by swift expansion, driven by robust initial sales and strategic diversification. Founded in 1986, the company quickly secured significant international contracts for its cyclotron technology, establishing a global presence from its inception.
Following its founding in 1986, the company rapidly expanded, securing four international contracts for its cyclotron technology between 1987 and 1988. Initially focused on medical imaging, the company soon pivoted to radiotherapy, developing cyclotrons and integrated proton therapy centers.
By the early 1990s, the company had built a strong reputation in cyclotrons for cancer therapy and industrial ionization, as well as electron accelerators for industrial sterilization. A key partnership with Sumitomo Heavy Industries (SHI) of Japan was formed for proton therapy systems. The acquisition of RDI in 1999 significantly bolstered its position in the electron beam field, particularly in the North American market.
The company's commitment to advancing proton therapy was evident with the installation of its first proton therapy equipment at Boston's Massachusetts General Hospital in 2001, followed by Penn Hospital in Philadelphia in 2009. This marked a significant step in the increasing adoption of its innovative technology.
In the first half of 2024, the company reported a substantial increase in group revenues, rising by 21.9% to EUR 206.5 million. This growth was attributed to the accelerated conversion of its backlog and increased service revenues across all business segments. The company's total net sales for 2024 reached €498.2 million, representing a 7% increase from the previous year, with an equipment and upgrade backlog still standing at EUR 715 million. This performance highlights the ongoing demand and successful execution in its core markets, further solidifying its position in the industry as detailed in the Brief History of IBA.
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What are the key Milestones in IBA history?
The IBA company history is marked by significant advancements in medical technology, particularly in proton therapy, and strategic adaptations to market dynamics. The company's journey includes developing compact cyclotrons for radioisotope production and pioneering proton therapy systems, establishing itself as a global leader in this field.
Year | Milestone |
---|---|
2016 | Established as the world leader in proton therapy solutions, holding approximately 50% of the market. |
Q1 2025 | Launched CASSY®4, a compact synthesizer for radiotracer production, expanding its radiochemistry market strategy. |
2024 | Secured approximately 60% market share of all proton therapy systems sold globally. |
H1 2024 | Reported a reduction in net loss to €10.3 million, a significant improvement from €27.3 million in H1 2023. |
H1 2024 | Experienced a 21.9% increase in revenues, largely due to a renewed focus on backlog conversion. |
IBA has consistently driven innovation in cancer treatment through technological breakthroughs. Key developments include the implementation of pencil beam scanning for precise dose delivery and ongoing research into advanced techniques like DynamicARC® and ConformalFLASH® proton irradiation solutions.
Developed compact, cost-effective cyclotrons initially for radioisotope production and later adapted for proton therapy.
Introduced advanced proton therapy systems such as Proteus®ONE and Proteus®PLUS, central to its numerous global projects.
Pioneered pencil beam scanning technology, enabling highly precise dose delivery in cancer treatments.
Actively researches and develops next-generation techniques like DynamicARC® and ConformalFLASH® proton irradiation.
Launched CASSY®4 in Q1 2025 to enhance radiotracer production, broadening its radiochemistry offerings.
Maintained market leadership in proton therapy, holding a significant share of global system sales.
The company has navigated significant challenges throughout its history, including revenue erosion in the early 1990s that required restructuring. More recently, despite revenue growth, the company has continued to report net losses, with inflationary pressures impacting project costs in 2023, though margins improved in H1 2024 as costs stabilized.
Faced a period of declining revenues in the early 1990s, necessitating significant internal restructuring to adapt.
Continued to work towards sustained profitability, as evidenced by ongoing net losses, though the figures improved in H1 2024.
Experienced increased project costs in the Proton Therapy division due to inflationary pressures in 2023.
Actively assesses and develops mitigation measures for potential impacts arising from US tariffs.
Implemented a strategic focus on converting its backlog, which significantly boosted revenues in H1 2024.
Demonstrated resilience by adapting its business model and vision to maintain market leadership and foster innovation in a dynamic healthcare sector. Understanding the Competitors Landscape of IBA is crucial in this context.
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What is the Timeline of Key Events for IBA?
The IBA company history is a testament to innovation, starting with its founding in 1986 as a spin-off from UCLouvain. Its journey has been marked by significant milestones in accelerator technology, expanding from medical applications to industrial uses and pioneering proton therapy installations. This IBA company timeline showcases a consistent drive for growth and technological advancement.
Year | Key Event |
---|---|
1986 | Founded by Yves Jongen as a spin-off from UCLouvain, focusing on compact cyclotrons for medical radio-isotopes. |
1987-1988 | Secured four international cyclotron contracts, driving rapid early growth. |
1992 | Expanded activities and acquired RDI in 1999, strengthening its position in electron beam accelerators for industrial applications. |
1998 | Went public with its shares, experiencing demand that exceeded supply by 32 times. |
2001 | Installed its first proton therapy equipment at Massachusetts General Hospital in Boston. |
2009 | Installed proton therapy equipment at Penn Hospital in Philadelphia. |
2017 | Invested €16 million in a new logistics and production center in Louvain-la-Neuve. |
2024 (FY) | Reported record-high revenue of €498.2 million, a 7% increase from 2023, and returned to profitability with a net result of €9.3 million. |
2024 (H1) | Group revenues increased by 21.9% to €206.5 million, with a reduction in net loss to €10.3 million. |
2024 (Q3) | Reported solid equipment order intake of EUR 171 million. |
2025 (Q1) | Reported a solid start to the year with commercial momentum in Proton Therapy and Dosimetry; total equipment and services backlog stands at €1.5 billion. |
2025 (April) | Hosted a Capital Markets Day to outline its strategic roadmap and long-term growth ambitions. |
2025 (July) | Catherine Vandenborre appointed as CFO and Head of the newly formed IBA Corporate Entity. |
As of 2025, the company is strategically restructuring into three focused entities: IBA Clinical, IBA Technologies, and IBA Corporate. This move aims to enhance specialization and drive innovation across its diverse business areas.
Continued investment in future value creation is evident through its joint venture PanTera, which saw an oversubscribed Series A round in 2024. The company also made a strategic investment in mi2-factory in early 2025, focusing on power semiconductor chips.
The company has reiterated its mid-term guidance for 2024-2028, targeting a revenue CAGR of 5-7% and aiming for normalized frontloaded growth. REBIT is expected to reach around 10% of revenue by 2028, with a 2025 guidance of at least €25 million Group REBIT.
The global proton therapy market is projected to reach approximately USD 1.99 billion by 2034, growing at a CAGR of 13.30% from 2025. IBA's strong backlog of €1.5 billion provides significant visibility for future performance, aligning with its founding vision to leverage particle accelerator technology for life-saving applications. Understanding the Target Market of IBA is key to appreciating its growth trajectory.
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