Come and visit us to experience the next generation of bolus in radiotherapy. Innovation in radiotherapy thrives on exchange – and international specialist conferences provide the ideal platform for precisely this. BolusCare is showcased at prestigious events, giving trade visitors the opportunity to see its application and benefits for themselves on site. ESTRO 2026 is […]

Air gaps between the bolus material and the skin are a well-known problem in radiotherapy. Studies show that even a small air gap can reduce the surface dose by 10–20% (e.g. Butson et al., 2000). This can lead to underdosing of the target volume and compromise the quality of treatment. BolusCare minimises this risk through […]

Radiotherapy is increasingly moving towards MR-guided and adaptive techniques. Lagendijk et al. (Nature Reviews Clinical Oncology, 2014) highlight the importance of integrating imaging and therapy. In future, materials must be both dosimetrically precise and highly compatible with imaging techniques such as CT or MRI. Artifacts or unclear density values can complicate the planning and verification […]

Traditional bolus materials, such as thermoplastic solutions, are often rigid and difficult to customise. According to standard reference works such as *The Physics of Radiation Therapy* (Khan), an inaccurate fit can lead to dose fluctuations. Whilst 3D-printed bolus solutions improve the fit, they are costly and time-consuming. BolusCare offers a simple, flexible and ready-to-use alternative. […]

Efficient clinical workflows are crucial for high-quality patient care. Time-consuming bolus solutions increase the workload and can lead to inconsistencies. BolusCare simplifies administration, reduces preparation time and improves reproducibility. Why workflow is crucial Efficient clinical workflows are a key factor in delivering high-quality patient care in radiotherapy. In addition to purely dosimetric precision, the organisation […]