Accuray, a pioneer in radiotherapy systems, collaborated with Speck Design to refine the Cyberknife, focusing on creating a calming and user-friendly environment for both clinicians and patients. The project aimed to transform the Cyberknife into a soothing presence in the medical space, enhancing its functionality while making it more approachable.
The industrial design process for the Cyberknife involved reimagining the device beyond its clinical functionality. Our team's approach was grounded in creating a design that would act as a calming force in a highly stressful medical setting. We chose soft, organic forms and integrated calming colors, departing from the traditional clinical aesthetics. The design also involved clever concealment of cables and mechanisms, contributing to a streamlined, non-intimidating appearance. The incorporation of gentle green lighting was a deliberate choice to inform patients about robot movements in a non-disruptive manner. The overall design transformed the Cyberknife from a purely functional device into a comforting presence, akin to an architectural installation, in the treatment room.
In the electrical engineering phase of the Cyberknife redesign, our objective was to enhance the device's user interaction without compromising its sophisticated cancer treatment capabilities. We worked on improving the interface and control systems, making them more intuitive for clinicians to operate. Our team also integrated new lighting features, choosing colors and intensities that would contribute to a calming atmosphere. This involved a careful balance of technical proficiency and a deep understanding of the emotional impact of the treatment environment on patients.
The mechanical engineering aspect of the Cyberknife redesign was centered around improving the device's functionality while making it more patient-friendly. We developed a new panel and cable management system that allowed for enhanced robot orientation and increased base height. This innovation enabled the robot to reach previously inaccessible parts of the body, significantly expanding treatment possibilities, particularly for breast cancer patients. Our team's focus was on creating a design that was not only mechanically superior but also contributed to a more empathetic and soothing treatment experience.
The user research for the Cyberknife redesign involved in-depth studies into the emotional state and physical comfort of patients during radiation therapy. Our team engaged with patients and clinicians to gather insights into how the treatment environment and the device itself affected the patient experience. This research was pivotal in guiding our design decisions, ensuring that every aspect of the Cyberknife was tailored to provide a comforting and reassuring presence. By focusing on human-centric design, we aimed to transform the patient's experience from one of stress and anxiety to one of tranquility and hope.
