BEAMSCAN MR

BEAMSCAN^® MR

The First 3D Water Phantom for MR Linac Commissioning and QA

Explore the comprehensive solution for MR linac commissioning and quality assurance with BEAMSCAN MR. Our streamlined system seamlessly integrates automatic beam data acquisition, processing, analysis, and protocol-based documentation. Designed to meet the highest standards of quality and technology, BEAMSCAN MR offers robustness, versatility, and user-friendly operation. Discover the difference with BEAMSCAN MR.

Key Features

Dedicated 3D water phantom for use with MR-linacs ( MR-conditional ≤ 1.5 T, 7 T/m)
Two models with vendor-specific water tanks for optimized scanning ranges (max., depending on detector):
568 mm x 145 mm x 355 mm for Elekta Unity,
408 mm x 248 mm x 355 mm for ViewRay^® MRIdian^®
All-in-one, ready-to-use system with comfortable touch panel for fast setup
Auto alignment – no lasers or light field needed
Maximum speed of 30 mm/s for faster scanning

Reference-class Semiflex 3D ionization chambers for precise dose measurements in small and standard fields up to 40 cm x 40 cm
Quick axial and radial detector setup with patented TRUFIX®
Consistent detector orientation for all scans, including off-axis scans
Fast, sensitive electrometers with excellent signal-to-noise ratio for perfect scans in all field sizes
Straightforward operation – from setup to documentation
Fully integrated with Track-it for automated reporting

Powerful Tools for Beam Scanning and Beam Data Analysis

High-speed precision scans

Our system optimizes linac time by automating beam data acquisition through ready-to-use task lists. Additionally, you can create custom task lists to streamline repetitive tasks, such as monthly or annual quality assurance (QA) processes.

Key measurement tools at a glance

Online data analysis: Immediate feedback on scan quality
Scan time predictor: Effectively manage your measurement schedule

PTW BEAMSCAN Software 4.5: precision scans at maximum speed

PTW BEAMSCAN Software 4.5: key analysis tools at a glance

BEAMSCAN software simplifies beam data analysis with just a few clicks

Efficiency and accuracy - BEAMSCAN has you covered!

Key analysis tools at a glance

1D gamma scan comparison: Quickly compare multiple scans against reference scans using a “traffic light” results summary
Automated beam data analysis: Based on international, vendor-specific, or user-defined dosimetry protocols
Automatic FFF beam profile evaluation: Assess profiles efficiently
TPR/TMR calculations: Derived from depth dose measurements

Optimize scans for analysis

Using BEAMSCAN, you have several mathematical functions and filters at your disposal

Key processing tools at a glance

Smoothing data: Apply techniques to reduce noise and enhance clarity in your scan results
Shifting profiles or PDDs: Adjust the position of profiles or percentage depth dose (PDD) curves for better alignment
Normalizing profiles and PDDs: Scale your data to a common reference point, ensuring consistent comparisons
Mirroring profiles: Create mirrored versions of profiles for symmetry analysis

PTW BEAMSCAN Software 4.5: turn raw data into results

PTW BEAMSCAN Software 4.5: your workflow in mind

Track, trend and report with Track-it

Seamlessly export your analyzed beam data to Track-it. When combined with BEAMSCAN software, this user-friendly QA data management platform streamlines your workflow from scanning to reporting, ensuring regulatory compliance.

Key reporting tools at a glance

Browser-based access: Enjoy quick access to all your QA data from anywhere within your network using a web browser
Automated monitoring: Track and manage QA tasks effortlessly—all consolidated on a single platform
Customizable protocol templates: Utilize predefined templates or tailor them to your needs. For instance, templates for AAPM TG-142, DIN 6847-5/-6, and 6875-4 are readily available
Flexible report generation: Generate QA reports online or offline, even in vaults without a wireless network
Trend analysis: Gain insights over time and across multiple measurement or treatment devices

Learn more about Track-it

Case Study: Use of the BEAMSCAN MR Water Phantom for Commissioning and Quality Assurance of a ViewRay MRIdian Linear Accelerator

Learn from first-hand experience of Henry Ford Cancer Institute how the 3D water phantom BEAMSCAN MR delivered improved commissioning efficiency and accuracy.

Download case study

Case Study about use of the BEAMSCAN MR Water Phantom for Commissioning and Quality Assurance of a ViewRay MRIdian Linear Accelerator

Technical Specifications

Scanning range	568 mm x 145 mm x 355 mm for Elekta Unity
	408 mm x 248 mm x 355 mm for ViewRay^® MRIdian^®
Wall thickness	15 mm
Entrance window	200 mm x 150 mm x 4 mm
Material	PMMA
Weight	Elekta Unity 28 kg
	ViewRay^® MRIdian^® 29 kg
Size	Elekta Unity 630 mm x 372 mm x 639 mm
	ViewRay^® MRIdian^® 470 mm x 475 mm x 639 mm
Included	water vapor permeable dust cover

Type	stainless steel and aluminium worm gear drive
Motor	three ultrasonic motors
Scanning mode	step-by-step
Minimum step size	0.1 mm
Maximum speed	30 mm/s

Total size	Elekta Unity 753 mm x 837 mm x 1294 mm
	ViewRay^® MRIdian^® 753 mm x 837 mm x 1397 mm
Total weight	Elekta Unity 127 kg empty
	ViewRay^® MRIdian^® 121 kg empty

Trolley with built-in reservoir and control unit

Pumping/draining time	4 min/5 min
Ground clearance	154 mm
Size	753 mm x 837 mm x 1181 mm
Weight	83 kg

Channels	3
Chamber voltage	(0 … ± 400) V
Dynamic range	5 pA … 100 nA in three ranges
Time constant	10 ms in all ranges
Non-linearity	≤ ± 0.5 % acc. IEC 60731
Long-term stability	≤ ± 0.5 % p.a. acc. IEC 60731
Reproducibility	≤ ± 0.5 % acc. IEC 60731

Type	vented cylindrical ionization chamber, waterproof, type 31021
Volume	0.07 cm³
Field size	(3 x 3) cm² ... (40 x 40) cm²

Use:	patented clip-in detector mounting and positioning system
Included:	TRUFIX^® BS base plate with holders for Semiflex 3D, “click-fix” SSD adjustment tool

Minimum PC Requirements

Operating systems:	Windows^® 7 Professional / Windows® 8/8.1 Pro / Windows^® 10 Pro (x32/x64) with recent service packs and updates
Processor:	Pentium IV processor 2 GHz
Hard disk, RAM:	100 MB of free space for application software and 2 GB of free space for .NET Framework 4.5.1 • RAM: 2 GB
Screen resolution:	XGA (1024 x 768 pixels)
Network:	TCP/IP, Ethernet, 100 Mbit/s