KUKA’s Medical robotics for patient positioning, X-rays or tumor irradiation

Discover the KUKA KR QUANTEC, a groundbreaking medical robot with unparalleled precision and high payload capacity. Explore its role in revolutionizing patient care through advanced technologies like the CyberKnife system and particle-based radiation therapy.

The KUKA KR QUANTEC series is at the forefront of medical robotics, engineered to tackle heavy-duty tasks with precision and efficiency. These robots are pivotal in advanced medical procedures, such as patient positioning for radiation therapy and the manipulation of heavy medical equipment like X-ray C-arms.

Robot Name: KUKA KR QUANTEC

Company / Institute: KUKA

Location: Augsburg, Germany

Inception: –

Sensors: Force sensors, vision systems, and safety monitoring sensors

Skills: High Payload Capacity, Versatile installation, Precision moving

Industry: Medical

Programming Languages: KUKA Robot Language (KRL)

Commercial availability: Yes, widely available for medical applications

The KUKA KR QUANTEC series is at the forefront of medical robotics, engineered to tackle heavy-duty tasks with precision and efficiency. These robots are pivotal in advanced medical procedures, such as patient positioning for radiation therapy and the manipulation of heavy medical equipment like X-ray C-arms. Designed with a high payload capacity of up to 300 kg, the KR QUANTEC is indispensable in applications where accuracy and robustness are critical.

With its modular design, the KR QUANTEC ensures seamless integration into diverse medical environments. Its high stiffness allows for pinpoint accuracy, while the robust construction minimizes maintenance, reducing downtime in critical medical settings. From particle-based radiation therapy to the revolutionary CyberKnife system, the KUKA KR QUANTEC is a trusted partner in life-saving procedures.

Featured image credits : KUKA Robotics (Official website)

“The information in this blog is sourced from the official website of KUKA.com and other publicly available resources online.”

Technology:

The KR QUANTEC series incorporates advanced control systems, high-resolution encoders, and modular components, making it adaptable to a range of applications. Its comprehensive features include multiple mounting positions and integration with state-of-the-art medical software, ensuring flexibility and reliability.

Programming Languages:

KUKA Robot Language (KRL) is a structured language specifically developed for programming KUKA robots. Known for its simplicity and adaptability, KRL enables precise control of robotic movements, integration with external systems, and customization for specific tasks in medical settings.

Current use: