Innovation fuels success

Call it creativity. Or passion. Or expertise. The truth is, it’s all that – and more. Driven to transform cancer care, the people at RaySearch Laboratories wield technology for good, positively impacting oncology patients who deserve the best possible outcomes.

Explore the latest cancer care breakthroughs, brought to life by our experts. One thing is clear: innovation is advancing cancer care. Tune into this series for a behind-the-scenes look at the research and development at RaySearch Laboratories.

EPISODE 4: The power of Raystation®*: Revolutionizing radiotherapy and what the future holds

 

RayStation, supports nearly all treatment machines found in clinics, offering a single, efficient tool for planning across diverse or uniform setups. Our focus on usability, speed, and performance ensures continuous improvement across all aspects of the product, avoiding the stagnation seen in some other software. Efficiency is key to addressing increasing demand for cancer treatment while resources remain limited.

We aim to enhance treatment quality through precise targeting and adaptive radiation therapy, adjusting treatment plans in real time to track tumor changes and minimize damage to surrounding tissues. This can reduce treatment sessions, transforming weeks of radiation into just a few days, improving both patient experience and outcomes. Helping to deliver faster, more efficient, and highly precise cancer treatments is central to our vision for the future.

*Subject to regulatory clearance in some markets

 
 

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EPISODE 3: The role of RaySearch in the radiotherapy industry

 

Our company specializes in developing complex software for treatment planning and oncology information management, standing out through our independence and singular focus on software solutions. Unlike competitors that handle both software and hardware, our dedicated approach ensures consistency and innovation in our domain.

Rooted in a background of applied mathematics and optimization, we use a methodical, iterative process to address constraints and objectives effectively, particularly in radiation treatments. With over two decades of experience, this approach has become second nature to us. We provide a unified solution for cancer treatment planning, compatible across various delivery systems.

 
 

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EPISODE 2: Shaping the future of cancer treament planning by leveraging AI

 

Explore the transformative power of AI-driven automation in cancer treatment planning and care. Join Fredrik Löfman, Head of Machine Learning at RaySearch Laboratories, as he discusses how AI enhances patient and practitioner experiences by saving time, boosting efficiency and increasing treatment accuracy.

In Episode 2, Fredrik delves into AI’s vital role in helping healthcare professionals define optimal cancer treatment. With RaySearch innovations, clinicians can leverage AI to analyze patient and treatment data, delivering knowledge-based treatment alternatives through deep learning*.

Looking ahead, consider making more informed decisions that weigh radiotherapy against other treatment modalities, or treatment plans based on real-world evidence that aggregate patient data, treatment data, outcome data from clinics worldwide.

*Subject to regulatory clearance in some markets

 
 

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EPISODE 1: Coming advancements in treatment planning physics at RaySearch

Erik Engwall, Chief Physicist at RaySearch Laboratories, is one of the visionaries driving our technology forward. His team’s bold ideas are transforming cancer care worldwide. The RaySearch research and development pipeline is brimming with groundbreaking ideas, from managing novel therapies like theranostics, grid therapy, multi-ions and BNCT to advancements in already mature areas, like photon and proton therapy. 

Imagine the potential of extending online adaptive radiotherapy and personalized dose planning even further. Or exploring how to enhance stereotactic treatments, automate your treatment planning workflows and get the most out of your treatment machines by smart algorithms that support greater treatment flexibility. All with the aim to allow medical physicists to target tumor cells with pinpoint accuracy. It is here where vision can become reality.

 
 

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