Elekta International
Elekta Australia
Elekta Canada
Elekta China
Elekta Germany
Elekta Hong Kong
Elekta India
Elekta Japan
Elekta New Zealand
Elekta Singapore
Elekta Mexico
Elekta United States
Active Breathing Coordinator™
Addresses the localization challenges associated with breathing motion, providing a stable and reproducible target position.
BodyFIX®
Dual vacuum system provides stable immobilization and repeatable positioning by minimizing both voluntary and involuntary patient movement, including breathing movements.
BreastSTEP™
The BreastSTEP is designed to improve the accuracy of radiation therapy for the breast, thorax and upper abdomen areas in a patient friendly and non-invasive manner.
HeadFIX®
Unique vacuum activated head frame used during stereotactic treatment delivery, providing a highly accurate and reliable non-invasive immobilization and repositioning device.
HexaPOD™ evo RT System
Next generation robotic patient positioning platform with six degrees of freedom.
Leksell® Coordinate Frame G
Minimally invasive frame system for Stereotactic Radiosurgery treatment, engineered for maximum accuracy, ease of use and flexibility.
WingSTEP™
The WingSTEP comfortably positions and supports the arms above the head in supine position.
BellySTEP™
The BellySTEP is designed to reduce the irradiated small bowel volume of patients to facilitate a proper and comfortable prone position during pelvic area treatment.
Connexion™
Modular Couchtop that offers clinics the flexibility to select the most appropriate couchtop providing personalized efficiency, and strengthening the ability to optimize treatment outcomes.
BlueBAG™
BlueBAG vacuum cushions offer one of the most advanced vacuum cushion technology available today.
Fraxion™
An innovative solution which brings all the proven immobilization options into one single solution.
HeadSTEP™
Thermoplastic mask system providing reliable non-invasive immobilization and repositioning.
iBEAM® evo Couchtop
Next generation couchtop for both imaging and treatment, providing outstanding in situ imaging quality and minimising artifacts.
