Yashoda Group of Hospitals integrates next-generation medical technology with globally recognised protocols to deliver precise, safe, and effective treatments.
ETHOS Therapy transforms cancer care by using Adaptive Intelligence to place each patient at the centre of their treatment. It adjusts plans in real time according to changes in patient anatomy, providing precise and efficient care, often completed within a 15-minute session. HYPERSIGHT improves image quality, precision, and speed directly within the treatment room. The IDENTIFY system supports the entire process, from pre-planning and patient positioning to surface monitoring during treatment, helping clinical teams work more efficiently while maintaining accuracy and patient safety.
Edge with HyperArc Technology is a cutting-edge radiosurgery platform designed to deliver highly precise radiation beams that effectively target cancer cells while minimizing exposure to surrounding healthy tissue. This advanced system ensures fast and accurate radiation delivery, enhancing both treatment efficiency and patient safety.
As a non-invasive approach, it offers a powerful method for destroying tumors without the need for surgical intervention. Patients also benefit from shorter clinic visits, thanks to quicker treatment times and fewer required sessions, making the overall experience more convenient and less disruptive to daily life.
Elekta Unity MR- Linac is a leading radiation therapy system that combines a high-field 1.5 Tesla MRI with a linear accelerator. It allows radiation to be delivered with exceptional precision while visualising tumors and surrounding organs in real time.
Unity provides live, high-resolution MRI images before and during each session. It allows clear visualisation of soft tissues, tumors, and organ movement, and makes it possible to adjust radiation beams according to daily anatomical changes. This is especially useful for tumors in the abdomen, pelvis, prostate, pancreas, liver, and gynecologic areas where organ movement can affect treatment accuracy.
Treatment is adapted each day to match how the tumor or internal anatomy appears. This allows higher doses to be delivered to the tumor while reducing radiation to healthy tissue and offers a personalised approach for every session.
Customized pre- and post-treatment checklists significantly boost both safety and operational efficiency in clinical settings. These digital tools ensure that every step of the treatment process is documented and verified, reducing the risk of oversight. Time-out reviews further reinforce protocol adherence by providing structured pauses to confirm that all necessary procedures are correctly followed.
Additionally, the system enables seamless tracking of patient progress, from initial diagnosis through to post-treatment review, fostering continuity of care and better clinical outcomes.
The Da Vinci robotic surgical system offers a range of benefits that are transforming modern surgery. With its exceptional precision, surgeons can perform complex procedures with enhanced accuracy and control, minimizing the risk of complications. This advanced technology also contributes to significantly reduced blood loss during operations, promoting a safer surgical experience.
As a result, patients often enjoy faster recovery times, allowing them to return to their daily lives more quickly and with fewer post-operative challenges.
Mako SmartRobotics supports personalised knee and hip joint replacements. Using 3D CT-based planning, surgeons create a plan based on the patient’s anatomy. In surgery, the surgeon guides Mako’s robotic arm to prepare the bone for the implant. AccuStop™ technology helps the surgeon stay within planned boundaries and protect healthy bone. The surgeon remains fully in control and can adjust the plan if needed.
This advanced CT scanner provides high-resolution images with fast scans for accurate diagnosis and minimal discomfort. Suitable for routine and emergency imaging.
Offers excellent image clarity, faster scans, and superior soft-tissue contrast. Useful for neurological, musculoskeletal, and cardiovascular imaging.
Combines dual-energy imaging with AI to enhance image reconstruction, lower radiation exposure, and improve diagnostic confidence. Ideal for complex vascular, cancer, and cardiac cases.
A versatile MRI system that delivers high-quality images for a wide range of uses. Designed for patient comfort and efficient workflow, it supports neurological, orthopedic, and abdominal imaging.
