Shaping oncology workflows of tomorrow

ZEISS INTRABEAM 700

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ZEISS INTRABEAM 700 at a glance

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Why choose INTRABEAM 700?

Revolutionizing intraoperative radiotherapy with precision and efficiency

Robotic-assisted Precision
with ergonomic touch controls
Fast & slow movement modes

Active vibration damping

Robotic stand dynamics
SMART Workflow Efficiency
with digital-first architecture
SMART INTRABEAM Spherical Applicator & Sizer Set

Digital-assisted applicator management

AutoBalance and AutoDrape^® with new SMARTDRAPE

Next generation Radiance™
Seamless Connectivity
with real-time communication
Automated applicator recognition through RFID

Cloud-based synchronization services

ZEISS OPTIME service plans

Discover more about ZEISS INTRABEAM 700

ZEISS INTRABEAM 700 device overview

Components

INTRABEAM SMART
Spherical Applicator

1.5 cm – 5.0 cm diameters available
Individual sterile packaging (single use)

New Radiance™ & New INTRABEAM GUI

New Connectivity Features

Automated applicator recognition
Cloud connectivity
PACS connection

INTRABEAM SMART Stand

Fast & Slow Movement Mode
AutoDrape^®
AutoBalance

INTRABEAM 700 (Workplace)

X-ray source (XRS 4)

The electrons emitted by the cathode are accelerated through the drift tube with a maximum difference of a potential of 50 kV onto a gold target. The braking energy of the electrons creates low-energy photons, which are distributed isotropically.

Online dose monitoring

The internal radiation monitor (IRM) detects the part of the low-energy photons emitted in the direction of the cathode and records the dose output in real-time.¹ The IRM result is displayed in the GUI of the ZEISS INTRABEAM software so that the user knows which dose is being delivered at any time throughout the treatment.

Point-source type X-ray emission
Spherical dose distribution around the
isocenter of the X-ray source (XRS 4)
Steep dose gradient (approx. 1/r3) in water
(soft tissue equivalent)
Positional accuracy of delivered dose +/- 1 mm at 40 mm treatment diameter (from isocenter)