Products
Comprehensive solutions for the X-ray room
RaySafe X2
Description
Less effort. More insight.
The RaySafe X2 X-ray QA measurement system is designed for ultimate user-friendliness with an intuitive interface and minimized need for interaction. Our simplicity comes from advanced sensor technology and intelligent signal processing providing unsurpassed accuracy, reproducibility, and sensitivity.
Positioning sensors, choosing settings, and interpreting results can be tedious work. Fortunately the RaySafe X2 R/F and MAM sensors are orientation independent so the only thing you need to do is to place the sensor in the X-ray beam and start measuring. The rest is automatic – no menus, no selection of ranges or special modes – and intelligent algorithms indicate when a parameter is outside its specified range providing you with added peace-of-mind.
Ease-of-use also means you get everything you need in one exposure, with one sensor.
Full Range Measurements for Different Modalities
The RaySafe X2 offers sensors for radiography, fluoroscopy, mammography, computed tomography, tube current, voltage, survey, and even light applications.
Most sensors also measure waveforms that can be analyzed directly on the base unit.
Video
Interface
Finding your way
The RaySafe X2 touch screen interface allows the user to view data in a comprehensive, yet flexible way. The home screen displays every available parameter from the attached sensor. To zoom in on any parameter, just tap it for a larger view. Use a quick swipe to display waveforms, and pinch to zoom into details. Navigation is made simple by using common Menu, Home and Back keys. All exposures are saved in the base unit. In each session, you can swipe to quickly go back to previous exposures for reference or comparison. A full session of measurements can be uploaded to the RaySafe View software at a later stage for additional data analysis.
All exposure data are saved in the X2 Base Unit. In each session, you can swipe to view measurement data from previous exposures for reference or comparison. A full session of measurements can easily be uploaded onto a PC at a later stage with help of the RaySafe View software.
Sensors
RaySafe X2 Sensors
The RaySafe X2 offers a wide choice of sensors for different applications. While the X2 Prestige contains all sensors it is also possible to start with a dedicated system and expand over time. As the X2 sensors store calibration data as well as necessary firmware, the addition of a new sensor is a very simple process – just plug it in and you are ready to go! Read more about the different sensors below:
X2 MAM Sensor
Dose and HVL for all beam qualities – without corrections
Orientation independent
Stacked sensor technology prevents the influence of the heel effect
X2 CT Sensor
Pencil chamber including electrometer
Built-in temperature and pressure corrections
Dose, time and waveforms
X2 Volt Sensor
- mA/mAs or kV from output voltage test points
Save waveforms and data
BNC connector for easy connectivity
X2 Survey Sensor
- Lightweight with fast response time
High precision in the X-ray range
Dose, rate, mean energy and waveforms
X2 Light Sensor
- Luminance and illuminance Class B sensor
Durable housing
Dual acquisition keys, on sensor or base unit
Systems
System Packages
RaySafe X2 system packages include everything you need for quality assurance testing of your X-ray system; a base unit, a pre-defined selection of sensors and accessories.
Accessories
Accessories
The RaySafe X2 product line includes a wide range of accessories for convenient quality assurance testing of X-ray systems. It includes:
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Software
RaySafe View Software
The program RaySafe View can be used as an extended display and tool for further data analysis, and it connects to Microsoft Excel. RaySafe View supports the RaySafe X2, the RaySafe X2 Solo, and the RaySafe 452.
Download RaySafe View Software
OneQA Workflow Software
The OneQA software helps you optimize your QA workflow and improve document control. It integrates seamlessly with the Raysafe X2 system, enabling streamlined radiation imaging equipment maintenance, from procedure setup through final reporting. Physicists and service engineers can rely on OneQA to help them reduce manual data entry, improve data integrity, and standardize the overall quality assurance process.
Documents & Downloads
Product Catalog
Brochures
Datasheets and Specifications
Leaflets and Flyers
Application Notes
Case Studies
Manuals and Instructions
Quick Guides
White Papers
Software
Excel Templates
Notifications
Certificates and Declarations
Note! For site/company certificates, and laboratory accreditations, see information about our quality system.
Videos & Webinars
Video Library
Webinars
Phantoms for X-ray QA Imaging
In this webinar we will talk more about the purpose of phantoms, and various regulations. We will also present our portfolio of phantoms and test tools, designed to meet the special requirements for each targeted modality.
Quality Assurance Testing for Increased Patient and Staff Safety Webinar
Join us to learn more about quality assurance testing, why it is important and how it can be done for different modalities.
Mammography measurements using the RaySafe X2
Our experts show how the RaySafe X2 system simplifies mammography radiation measurements such as dose, HVL, and kV on all commercially available mammography machines.
RaySafe X2 for Dose and CTDI Measurements on CT Machines
Watch this webinar about how the RaySafe X2 CT sensor can help you understand the behavior of a CT machine.
Videos
How to Measure on Dental Panoramic Machines
This video explains how to make quality assurance testing on dental panoramic machines, and how to correctly position a RaySafe Dent or RaySafe R/F sensor in the radiation field to get accurate measurements.
How to assemble the RaySafe Flexi Stand
The RaySafe Flexi Stand can be used in many different ways. This video shows an easy setup for convenient sensor positioning.
RaySafe X2 – Accurate measurements with ultimate user-friendliness
Measurements with minimal settings even for your most challenging applications.
Why X-ray quality assurance testing is important
Unnecessary radiation exposure from X-ray equipment can be dangerous for both patients and hospital staff. Proper quality assurance testing ensures good image quality at the lowest possible X-ray doses, and enables preventive maintenance of the X-ray machine.
How to measure dose, HVL and kVp in mammography applications
In this demonstration you will learn how to get dose, HVL and kVp measurements using the RaySafe X2 Mam sensor. It is a quick procedure for dose and HVL measurements, no deeper knowledge is required regarding machine specifications settings such as target/filter combination and filter thickness. For kVp measurements you need to specify target/filter combination, but filter thickness is not needed to get a correct measurement.
RaySafe X2 - CT Sensor
The RaySafe X2 CT sensor is a very durable solution made for field use. It fits directly into a head and body phantom or can easily be positioned free-in-air with the X2 Flexi stand. It measures exposure time and provides dose rate waveforms.
RaySafe X2 - Mam Sensor
The RaySafe X2 MAM sensor has state-of-the-art precision in dose and HVL that enables the user to obtain important readings without any pre-knowledge of the mammography machine.
How to Measure with the X2 Volt Sensor
Learn step-by-step how to use the RaySafe X2 Volt sensor to calculate mA/mAs or kV from low voltage test points on an X-ray machine.
Introducing the X2 Volt Sensor
The Volt sensor is used for measuring voltage from the output voltage test points on X-ray machines.
How to Update Your RaySafe X2 Base Unit
Learn step-by-step how to update your RaySafe X2 base unit using RaySafe View software.
Luminance and Illuminance Measurements with the X2 Light Sensor
The X2 Light sensor has an ergonomic design in durable aluminum, which allows for both manual measurements as well as easy mounting for automatic measurements.
Measure Voltage with the New X2 Volt Sensor
The RaySafe X2 Volt sensor is used for measuring on X-ray machine test points. The voltage corresponds to a kV or mA/mAs. Measurements are easier than ever, due to its intuitive interface, automatic capture of waveforms, and no need to make any settings or manual adjustments,
Dose Measurements Used to Calculate CTDI with the X2 CT Sensor
The RaySafe X2 CT sensor fits directly into a head and body phantom or can easily be positioned free-in-air with the X2 Flexi stand. There is no need for fragile and noisy analog cables, manual temperature or pressure corrections.
Perform Leakage and Scatter Measurements with the X2 Survey Sensor
The RaySafe X2 Survey sensor is primarily used to perform leakage and scatter measurements in diagnostic X-ray applications. Unlike a pressurized ion-chamber, the small silicon-based sensor can be shipped without any special considerations.
Mammographic Applications Including Scanning Tomosynthesis with the X2
The RaySafe X2 MAM sensor has state-of-the-art precision in dose and HVL. It enables important readings without any pre-knowledge of the mammography machine. Connect the sensor and immediately measure without any selection of beam quality.
Measure all Radiological Parameters with the RaySafe X2 R/F sensor
The RaySafe X2 R/F sensor can be used on all R/F applications without the need to select ranges or modes. It measures dose, dose rate, kVp, HVL, total filtration, exposure time, pulses, pulse rate and dose/pulse – in one exposure.
RaySafe X2 on Dental Panoramic Machines
Video guide on how to position a DENT or R/F sensor on a panoramic dental X-ray machine. Subtitles in English.
How to Measure mA/mAs with RaySafe X2
Video guide on how to measure mA/mAs with RaySafe X2. Subtitles in English.
Using the Flexi Stand
Video guide on how to set up the flexi stand to use with the RaySafe X2 system. Subtitles in several languages.
Setting up the RaySafe X2 System
Video guide on how to set up the RaySafe X2 system and start measuring on X-ray equipment. Subtitles in several languages.
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