A special phantom for Quality Assurance of Digital Subtraction Angiography Equipment (DSA) according to IEC 61223-3-3 and DIN6868/Parts 8, (2007) and 54. The phantom contains a movable insert with aluminium strips to simulate blood vessels. This insert can bemoved via pneumatic system from a safe distance during exposure.

The Pro-Fluo 150 phantom is dedicated for acceptance and constancy tests of radiography and fluoroscopy equipment according to the new DIN 6868-150 standard.

Veterinary Ultrasound Platform at the Highest Level Just as the panther embodies grace, precision, and unmatched power, the new MyLab™Panther delivers exceptional quality, reliability, and efficiency in veterinary diagnostic imaging. MyLab™Panther effortlessly adapts to different clinical settings and animal types, addressing the unique challenges of veterinary diagnostics with unparalleled excellence. Elevate your practice with our high-end veterinary ultrasound platform—where performance meets productivity and diagnostic confidence becomes second nature!

The intuitive VET ultrasound system MyLab™Wolf brings the instinctive intelligence of the wolf to veterinary ultrasound, transforming the way you detect, decide, and care. Engineered to respond as intuitively as you do, it delivers sharp, immediate imaging and fluid interaction—capturing the details that matter, the moment they appear. With its user-friendly design and robust functionality, MyLab™Wolf is your ultimate ally in providing outstanding care for every animal, from household pets to exotic species.

Multidisciplinary ultrasound system for veterinarians The fox is naturally clever, fast, and intelligent. It is a resourceful animal that adapts easily to different environments. Equipped with these same qualities, the MyLab™FOX is a multidisciplinary and adaptable scanning partner for all your diagnostic needs. Thanks to the latest technological advancements and a fast, intuitive workflow, MyLab™FOX enhances diagnostic confidence in every ultrasound examination across a wide range of applications and for all animal species.

The precise VET ultrasound portable system Its strength, durability, and precision make the MyLab™Falcon portable veterinary ultrasound system a powerful tool for healthcare professionals, capable of delivering diagnostic solutions in any environment. It leads the way in cutting-edge medical technology, giving you the freedom and power to diagnose with unmatched accuracy and speed, anywhere. MyLab™Falcon offers advanced features for fast, reliable diagnoses. Its intuitive, cleanable interface ensures ease of use, while full connectivity allows seamless integration into any workflow.

The versatile portable VET ultrasound system Precision, adaptability, and efficiency define the design and performance of the MyLab™X1 Go VET portable ultrasound system. Engineered to perform reliably in a wide range of clinical environments, it delivers clear imaging, seamless operation, and dependable results. Its versatility makes it suitable for diverse veterinary applications, ensuring confidence and accuracy in every diagnosis.

The ultra-slim ultrasound system for veterinarians The MyLab™X1 Go VET is your ideal companion for fast, reliable, and mobile veterinary diagnostics. Thanks to its unmatched portability and user-friendly handling, you can perform ultrasound examinations quickly and easily—wherever and whenever you need.

The Ultra-Compact Ultrasound System for Veterinarians The wireless Q7 VET ultrasound system offers maximum mobility and convenience. Thanks to its compact size, it can easily be carried in a pocket, making it ideal for mobile use – whether in the clinic, out in the field, or in the stable. Affordable and user-friendly, the Q7 VET delivers reliable imaging results and expands your diagnostic capabilities.

Automatic table mixer for mixing radioactive solutions in nuclear medicine cylindrical volume phantoms (e.g., PET, SPECT). Automatic mixing makes the radio-nuclide solution more homogeneous, reduces time spent on test preparation, and reduces radiation exposure for personnel. Using special double rollers to rotate the cylinder prevents damage to the surface of the phantom.

Main application of Pro-NM NEMA 94 is PET acceptance testing with NEMA standard. Evaluation of count rate, uniformity, scatter fraction, attenuation compensation, and scatter compensation of ECT systems. The Pro-NM NEMA 94 is designed in accordance with the recommendations by the National Electrical Manufacturers Association (NEMA) to standardize the measurement of performance of PET.

The Phantom designed for a simple and cost effective verification of image alignment and distortion in hybrid scanning systems like PET/CT or NM/CT. It consists of a cylinder that can be filled with a variety of fluids. Several non-parallel rods of varying diameter and at certain angles in relation to the phantom’s axes run the entire length of the cylinder. Images produced with different modalities allow quick and simple identification of misalignments on fused studies. Additionally, the phantom contains 2 cm calibration module that is used by Diagnomatic software to accurately identify the phantom’s position in space and accurately calculate any mismatches.

A phantom for evaluation of spatial resolution of positron emission tomographs (PET). It is used to characterize the widths of the reconstructed image point spread functions (PSF) of compact radioactive sources. It has been designed in accordance with the NEMA Nu 2-2012.

The PET sensitivity phantom is used to measure the sensitivity or ability of positron emission tomographs to detect positrons. The phantom used for this purpose is a set of five metal tubes with a similar wall thickness. A plastic tube homogeneously filled with 18F liquid is inserted for the measurement. Successive measurements are made by accumulating the sleeve wall thickness with the uniform line source surrounded by known absorbers. From these measurements, the sensitivity without absorbers can be extrapolated to arrive at an attenuation free measurement. The measurement setup, data collection and analysis are described in section 5 of the NEMA standard NU 2-2007.

The PET scatter phantom is an acceptance testing tool used to determine the imaging systems relative sensitivity to scatter radiation. It can be used to measure the effects of dead-time and the effects of random events generated at different levels of activity of the line source. The test phantom is a right circular cylinder composed of polyethylene. For ease of handling, it consists of 3 segments that are assembled together during testing. A hole is drilled parallel to the central axis of the cylinder, at a radial distance of 45 mm.

This scatter phantom simulates in-vivo forward and backscatter characteristics of 99mTc gamma rays for the extrinsic measurement of a scintillation camera’s deadtime. The phantom produces a spectrum typical of that observed from 99mTc in the myocardium. Reference: Ralph Adams, Gerald J. Hine, and C. Duane Zimmerman, “Deadtime Measurements in Scintillation Cameras Under Scatter Conditions Simulating Quantitative Nuclear Cardiography,” The Journal of Nuclear Medicine, 19 (1978), 538-544.

A simple phantom the quality assurance of geometric distortion and spatial resolution of gamma cameras. Array of holes, which when filled with activity, allows to measure point-to-point distances and Point Spread Function (PSF) - spatial resolution - at each point and its homogeneity across the entire Field of View.

Flood phantoms provide a simple and efficient means of obtaining optimum camera performance with respect to uniformity of response over the entire crystal area. These phantoms are designed to be filled in horizontal position, thus preventing slight bulging caused by water pressure during vertical filling. Therefore, better uniformity in distribution of activity can be achieved.

Flood phantoms provide a simple and efficient means of obtaining optimum camera performance with respect to uniformity of response over the entire crystal area. These phantoms are designed to be filled in horizontal position, thus preventing slight bulging caused by water pressure during vertical filling. Therefore, better uniformity in distribution of activity can be achieved.

The Pro-NM AutoFlood is dedicated for weekly inhomogeneity and sensitivity control and acquisition of correction matrices, according to revised Guideline on Radiation Protection in Medicine. Regarding its dimensions the Pro-NM AutoFlood corresponds to DIN 6855, Part 2. It contains a mixing system with built-in pump. Due to its special composite design, deformation of the measuring areas is avoided by permanent water contact.

Slits phantom for Intrinsic Spatial Resolution and Linearity evaluation (Quantitative technique) according to NEMA Standards Publication NU 1-2012. In addition to this standard size phantom, we offer different sizes and configurations manufactured to the highest quality standards.

Three thin-walled glass capillary tubes, with internal diameters around 1 mm, on a dedicated holding plate - this simple design phantom is useful equipment for tests such as Reconstructed Spatial Resolution without Scatter and System Alignment, including Center of Rotation (COR). All mentioned tests are described in NEMA NU-1 and are known to be crucial for many SPECT systems.

Pro-NM ResL for determination of resolution of Scintillation Cameras. The phantom offers precise determination of camera intrinsic resolution, collimator spatial resolution, field size and linearity.

The bar phantom for determination of resolution of Scintillation Cameras. Four-quadrant phantom offers precise determination of camera intrinsic resolution, collimator spatial resolution, field size and linearity. In addition this standard size phantom, we offer different sizes and configurations manufactured to the highest quality standards.

The phantom for evaluating performance of positron emission tomographs (PET). Recommended for use in the evaluation of reconstructed image quality in whole body PET imaging. For simulation of whole-body imaging especially using PET and camera-based coincidence imaging techniques. Can also be used for determination of the coincidence count rate characteristics in brain and cardiac imaging, evaluation of the relationship between true coincidence count rate and radioactivity, determination of the address errors caused by address pile up, evaluation of the count loss correction scheme. It has been designed in accordance with the recommendations by the International Electrotechnical Commission (IEC) and modified by the National Electrical manufacturers Association (NEMA).‍

This SPECT dedicated phantom can be used to produce images similar to those obtained in a whole body tomographic imaging study, with hot and cold lesions and a large cold region representing the lung. The phantom can be used for measure contrast of hot and cold spheres, variability of the (constant) background regions and overall reconstruction accuracy. It has been designed in accordance with the recommendations by the International Electrotechnical Commission (IEC) and modified by the National Electrical Manufacturers Association (NEMA).

This module can be used as a standalone in air or in water if mounted in the Pro-NM Performance cylinder. It can be used to evaluate changes of radius-of rotation on spatial resolution, spatial resolution measurement in air and in water, quantitative evaluation of reconstruction filters and scatter compensation methods.

The phantom for NM systems performance evaluation: routine quality assurance tests, as well as extensive acceptance tests. It can be used to evaluate: pixel size, spatial linearity, RMS noise, signal to noise ratio (SNR), slice width, uniformity, spatial resolution, point spread function, slice position verification, slice incrementation, accuracy, center of rotation, verification, volume sensitivity and low contrast sensitivity.

The phantom for small FOV NM and PET systems performance evaluation (collimator, artifacts, calibration, reconstruction parameters) Among other things, it can be used to evaluate: center-of-rotation error, non-uniformity artifacts, changes of radius-of-rotation on spatial resolution, reconstruction filters on spatial resolution, attenuation and scatter compensation.

The phantom for performance evaluation of small animal systems or ultra-high resolution ECT systems. It can be used to evaluate: center-of-rotation error, non-uniformity artifacts and spatial resolution. Available in two sizes for FOV at least 45 mm or 75 mm.

The phantom for high resolution NM and PET systems performance evaluation (collimator, artifacts, calibration, reconstruction parameters). Among other things, it can be used to evaluate: center-of-rotation error, non-uniformity artifacts, changes of radius-of-rotation on spatial resolution, reconstruction filters on spatial resolution, attenuation and scatter compensation.

Cylindrical water phantom with a dedicated infusion spot. The cylinder can be used to examine reconstructed images (tomography slices) for uniformity, artifacts, activity concentration, and similar purposes. Standard dimensions are the same as Performance phantom dimensions but can be modified to customer specifications.

The phantom for NM and PET systems performance evaluation (collimator, artifacts, calibration, reconstruction parameters). It can be used to evaluate, for example: center-of-rotation error, non-uniformity artifacts, changes of radius-of-rotation on spatial resolution, reconstruction filters on spatial resolution, attenuation and scatter compensation.

A versatile and easy-to-use tool for regular quality control of the geometric accuracy of the patient positioning systems. It enables the assessment of the alignment between the isocentre of the imaging system (CBCT, 2D kV, 2D MV) and the LINAC isocentre. Pro-RT Align-Cube phantom contains radiographic markers in an arrangement that allows evaluation of the translation and rotation of the phantom relative to the reference position. The marker material has been selected to ensure good visibility while avoiding artefacts which could compromise image registration. The position of the markers is clearly labelled on the phantom surface. Due to the additional markings of the offset position on the phantom surface, it is possible to quickly evaluate the accuracy of the automatic couch shift adjustment.

This phantom is designed for quality control of a CT simulator, which usually consists of a CT scanner, virtual symulator software and a laser marking device (marking the centre of target volume). Since geometrical planning is the core of CT simulation, periodic quality control is essential for maintaining optimum image quality and patient care. The phantom allows performing detailed geometry and table movement tests as well as image quality assessment - low contrast resolution and high contrast detectability.

In HDR brachytherapy, every millimeter matters. Accurate measurement of needle protrusion is essential for correct dwell-position planning, which directly impacts both treatment effectiveness and patient safety. The Precise BRT Needle Measuring Device was designed to eliminate the challenges associated with traditional metal rulers: awkward body positioning, poor visibility, risk of misreading densely placed needles, and difficulty maintaining a stable measurement. With a refined mechanical design, a certified millimeter scale, and intuitive operation, this device enables fast, reliable, and repeatable measurements, improving workflow and reducing clinical risk.

The stationary water phantom for high energy photon dosimetry with all types of ionization chambers.

This is a multifunctional, precision quality assurance tool for daily, weekly or monthly quality assessments of all mechanical and geometrical treatment parameters of linear accelerators or teletherapy units. It is designed to easily and accurately check collimator isocentricity, gantry isocentricity, table isocentricity, collimator field size accuracy, radiation/light field congruence, isocenter rotational stability, ODI accuracy and laser light alignments.

Pro-Water Plates makes radiation beam calibration easier than ever. With improved uniformity and durability, Pro-Water Plates enables precise, accurate and effective Quality Assurance. Pro-Water Plates mimics true water within 1% accuracy, supporting accurate calibration for zadiotherapy beams.

The Pro-RT ED phantom is used to account for tissue heterogeneity in radiotherapy treatment planning. It can be used to define the precise correlation of CT data to the electron density of various tissues. The phantom consists of two nested disks that represent the head and abdomen. Nine different tissue equivalent electron density plugs can be positioned at 17 different locations within the scan field. Included is a water vial plug that can be filled with any fluid.

This phantom can be used to check the alignment of the internal and external lasers to the radiographic center of CT and PET/CT units and to verify lateral gantry angle. It can also be used with accelerator units to check vertical and lateral gantry angles, laser alignment and vertical table movement.

This phantom is designed according to AAPM TG-111 findings. The phantom comprises three 20 cm thick PMMA cylinders 300 mm in diameter similar to the standard Pro-CT Dose phantom. The total length of the phantom is 600 mm. This allows capturing the majority of the scattered radiation and gives more accurate results than standard PMMA cylinders – 150 mm long, 320 mm in diameter. Due to the large mass of the phantom, it is manufactured in three separate sections. In order to keep these sections aligned, mounting screws are included in the design.

This phantom is designed according to ICRU 87 report and AAPM TG-200 specifications. The phantom comprises high-density polyethylene (mass density of 0.97 g/cm³) and is 300 mm in diameter. The total length of the phantom is 600 mm. This allows capturing the majority of the scattered radiation and gives more accurate results than standard PMMA cylinders – 150 mm long, 320 mm in diameter. Due to the large mass of the phantom, it is manufactured in three separate sections. In order to keep these sections aligned, alignment pegs are included in the design.

The Pro-CT AAPM phantom can be used for carrying out tests of computed tomography systems according to Report no. 1 of the AAPM (American Association of Physicists in Medicine).

The Pro-CT MINI phantom is a compact CT image quality testing solution. When connected with Pro-CT Dose it may be used for carrying out acceptance and constancy tests of computed tomography systems according to IEC 61223-3-5 and the AAPM (American Association of Physicists in Medicine) guidelines. This phantom consists of a module 16 cm in diameter with positioning aids and recesses for test modules.

A compact CT phantom designed for small-animal imaging with full clinical-grade QA functionality. The Pro-CT ProVet is a high-precision CT phantom created for small-diameter fields of view. With its 110 mm diameter and 200 mm length, it brings the performance of full-size clinical QA tools into a format tailored to small animals and compact CT systems. Based on the proven designs of our Pro-CT mk II and Pro-Dent CT MINI, this phantom ensures accurate, repeatable and comprehensive image quality assessment in veterinary environments. Built from durable PMMA and equipped with a complete set of specialized test modules, the Pro-CT ProVet enables detailed analysis of CT number accuracy, spatial resolution, contrast performance, uniformity, geometry and system stability.

The phantom used for AEC testing on CTs. All mounting and positioning features are the same as in the Pro-CT mk II phantom allowing for off-the-table measurement.

Pro-CT MK II is a CT quality assurance phantom designed for routine quality control, constancy testing, and acceptance testing in diagnostic CT systems. It supports key image quality parameters described in IEC 61223-3-5 and widely referenced in AAPM reports for CT quality assurance, including HU accuracy, uniformity, noise, spatial resolution, and slice thickness. Medical physics departments use Pro-CT MK II for regular QA workflows and trend analysis. This phantom consists of several test modules placed inside a cylindrical container that can be mounted either directly on a holder of the CT table or on an adjustable stand. It allows accurate alignment for measurements on and off the table. Markings on the phantom and levelling aids provide further facilitation of the positioning process.

Set of homogenous cylinders designed to image paediatric and adult head and body. Used for CTDI measurement and to separate dose information for each. When performing dose profile measurements, dose phantoms allow collecting information for the maximum, minimum and mid-range value of the nominal tomographic section thickness.

The Pro-Digi phantom is dedicated for acceptance and constancy tests of digital radiography equipment.

Gafchromic™ in-vivo dosimetry system is a complete solution to provide medical radiation professionals accurate point dosimetry measurements in various radiotherapy and diagnostic radiology applications. Gafchromic™ in-vivo dosimetry provides verification of the radiation to confirm the primary dose calculation method for quality control.

Accuracy and Portability venTest is designed to accurately test the performance of Ventilators and Anaesthetic systems. Data analysis and waveforms are generated on-board and displayed on its 7″ touch screen display – no need to carry around a laptop. With a small footprint and internal rechargeable battery, venTest is a very portable Ventilator Test System.

Used alone or in combination with the vPad-O2, vPad-BP, and vPad-CO2, the vPad-PS provides 6 of the 9 available simulations: ECG, Respiration, Temperature, IBP (invasive blood pressure), IUP (intra-uterine pressure), and Cardiac Output.

Built on the vPad platform, vPad-O2 is user programmable so new sensors can easily be added in the field without needing to send the unit back to a service centre for upgrading. Being part of the vPad-A1 family, vPad-O2 can be upgraded to include a Multi-Parameter Patient Simulator (vPad-PS) and/or a NIBP Simulator (vPad-BP).

Being part of the vPad-A1 family, vPad-BP can be upgraded to include a Multi-Parameter Patient Simulator (vPad-PS) and/or SpO2 Simulator (vPad-O2)

Datrend Systems’ vPad-A1, based on our revolutionary Vision-Pad Technology, is an all-in-one patient simulation system. vPad-A1 is modular and is comprised of a Multi-Parameter Patient Simulator, SpO2 test module, and a Non-Invasive Blood Pressure simulation module which may be used together or independently in various combinations, with an Android handheld device or vPad tablet providing the user interface.

vPad-IV is the most advanced Infusion Device Analyzer on the market today. Its unique yet simple slide-and-click modular system will allow users to arbitrarily configure each analyzer between 1 – 6 channels. Meaning you could start with a single channel today and add more testing capabilities over time to increase your testing throughput since simultaneous testing can be done on all available channels. The modular system will also allow you to send an individual channel to an authorized service center for annual calibration while minimizing your down-time, or perhaps you wanted to reconfigure your vPad-IV into a portable unit before visiting an offsite location.

vPad-IN is a next generation infant incubator and radiant warmer testing system that meets the requirements of the IEC Standards for Incubators (IEC 60601-2-19), Transport Incubators (IEC 60601-2-20) and Radiant Warmers (IEC 60601-2-21).

Introducing vPad-RF, the smallest full-featured analyzer for testing Electrosurgical Units (ESUs). Built on Datrend’s revolutionary Vision-Pad platform, each unit comes with a built-in HF Digital Oscilloscope and Spectrum Analyzer.

vPad‐Rugged 2 is much more than an Electrical Safety Analyzer ‐ it’s the heart of managing your Preventative Maintenance. Using one of our CMMS Interface Apps, work orders can be downloaded at the start of the day. Automated Preventive Maintenance routines ensure that PMs are consistently carried out per OEM requirements. Completed PM records are uploaded to your CMMS to automate closure of open work orders.

The vPad-ES2 series of electrical safety testing devices combines an Android tablet (wired or wireless) with a measurement platform to create a revolutionary test system. The measurement platform provides the normal assortment of electrical measurements (voltage, current and resistance) of the commonly used medical Electrical Safety Standards.

vPad-Mini enables Clinical and Field Service Engineers to quickly perform basic electrical safety checks on all types of medical equipment, ranging from beds to patient monitors with applied parts.

Datrend’s vPad-DF is the first all-in-one analyzer capable of testing Defibrillators, AED’s, Transcutaneous and Transvenous Pacemakers. While the Transvenous Pacemaker testing is a software activated function, the hardware is included and calibrated with every unit. Featuring its unique reversible paddle plate adapters that allow for testing in both hand-free configurations or via defibrillator paddles in a safe approach. And the best part? No more losing misplaced paddle adapters.

Provide your survey teams with a tool for effectively addressing the problems of orphaned sources, radiological contamination, and maliciously introduced sources.

Protect nuclear facility workers with a portal monotoring system that uses multi-modal gamma-sensitive plastic scintillation detectors for detecting radiation contamination.

Thermo Scientific™ FHT 1388 S Modular Radiation Portal Monitor is a highly sensitive and highly reliable system for automatic and continuous radioactivity detection.

Successfully manage large scale TLD labs with an automated solution for high capacity evaluation of whole body, neutron and environmental thermoluminescence dosimetry cards.

Save labor and decrease cost using an automated, whole body thermoluminescence dosimetry (TLD) reader with enhanced performance and automatic calibration capabilities.

Measure and evaluate doses with an automatic, compact table-top system that provides unattended operation for up to 50 thermoluminescence dosimetry (TLD) detectors.

Measure ionizing radiation absorbed by thermoluminescence dosimetry detectors including powders for health physics and research applications and irradiated food testing.

The FHZ 632 L-10 Gamma Detector with a proportional counter tube is used for highly sensitive dose rate measurement of X-ray and gamma radiation.

Detect artificial radioactivity and easily discriminate between natural and man-made background radiation with a high sensitivity scintillation detector.

Quickly and easily locate and identify radioactive material to respond to potential public health and safety threats with portable, rugged, field-ready devices.

Optimize efficiency and worker safety with highly-sensitive area monitors that detect and identify radiation on location or from miles away via five reachback options.

Be certain all objects leaving the controlled area are within regulatory limits for radioactive contamination with a sophisticated yet simple-to-operate large article monitor.

Replace complex hand frisking processes with a precise, computerized, measurement control solution for monitoring small articles and tools for radioactive contamination.

A lightweight, handheld, battery-powered ratemeter for gamma and neutron radiation measurement ruggedized to meet the demands of the military and first responders.

Thermo Scientific™ FHT 192 is a wide-range ionization chamber for high-precision ambient equivalent dose rate measurements.

Measure dose and dose rate at a secure distance for all situations where an extended range is required or high radiation may occur.

Automatically distinguish between natural background radiation, NORM and manmade radiation with a radiation detector with Natural Background Rejection (NBR) technology.

Use one convenient, versatile instrument for multiple radiation detection applications including personal radiation protection and beta, x-ray and gamma radiation detection.

Features high sensitivity and an excellent energy and angular response provided by the WENDI-2 design originally developed at Los Alamos.

Increase nuclear power plant safety and emergency preparedness with an environmental monitoring solution to identify and assess the level of gamma and or neutron radiation.

The Thermo Scientific™ RadEye™ HEC+ portable sample counting system provides simultaneous alpha and beta radiation measurements.

Protect personnel working with sources of neutron radiation with pocket-size, lightweight highly sensitive neutron radiation detectors.

Protect nuclear medicine personnel and nuclear facility employees with gamma survey meters for continuous monitoring of external or ambient ionizing radiation fields.

Quickly discriminate between natural and artificial gamma radiation, reduce false alarms and make informed decisions in the field.

Change the game in gamma and neutron radiation detection with the Thermo Scientific™ RadEye™ SPRD-GN Personal Radiation Detector

Be warned of rising levels of gamma and neutron radiation as soon as it occurs with radiation detection devices for nuclear search and emergency response operations.

Quickly and easily locate and identify radioactive material to respond to potential public health and safety threats with portable, rugged, field-ready devices.

Monitor employee dose and dose rates in any work environment and quickly communicate critical dose information in real-time with EPD TruDose Electronic Personal Dosimeters.

Be prepared for virtually any radiation exposure scenario with compact, multi-purpose survey meters that operate with Geiger-Mueller, scintillation or proportional detectors.

Quickly detect alpha and beta radiation contamination in nuclear power plants, hospitals, medical centers and in security and first responder applications.

Detect and measure even the smallest change in gamma and dose rate measurements with intrinsically safe Thermo Scientific™ RadEye™ G Series of personal radiation detectors.

Orfit vacuum bags and positioning cushions help you achieve a highly customized immobilization of your patient with high precision, excellent reproducibility and great comfort for the patient.

With more than 30 years of expertise in thermoplastic development, Orfit delivers high-performance materials engineered for accuracy, patient comfort, and reproducibility. Our thermoplastics are trusted worldwide for their low shrinkage, non-stick properties, and outstanding consistency, ensuring optimal immobilization across all treatment setups. Our engineering and production capabilities with proprietary thermoplastic formulations result in the best mask materials available. Stretch and shrinkage properties are always the same and assure a reliable mask molding technique, resulting in a perfect fit around the patient’s anatomy and a high degree of patient comfort. Available in a variety of shapes, perforation types, and activation options, our material range supports a wide spectrum of radiation therapy techniques — from routine immobilization to advanced stereotactic applications. Our range includes Efficast, Nanor, and U-Plast, each tailored to meet different clinical needs, workflows, and mask systems.

Aerial is a revolutionary proton couch top that optimizes the impact of the proton dose. The couch top floats on air without rails or other obstructions underneath, which creates a homogeneous treatment area. The Aerial Couch Top combines ergonomic handling, patient comfort, and dosimetric performance—empowering clinicians to deliver safe, efficient, and accurate treatments every day. Combined with our HP PRO nanor masks we bring more comfort to the patient while safeguarding stability and reproducibility.

Orfit’s range of MRI compatible immobilization devices allows a reproducible setup for each patient, both during simulation and treatment. The devices can be used in the MRI scanner and on the MRI Linac.

The TBI STEP system is a rotatable tabletop designed for Volumetric Modulated Arc Therapy (VMAT) in Total Body Irradiation (TBI). It allows clinicians to overcome the limitations of standard linear accelerator couch shifts by enabling a seamless 180° rotation of the patient—from head-first supine (HFS) to feet-first supine (FFS)—within seconds and without the need for patient repositioning. The rotatable tabletop consists completely of carbon fiber, including the ball bearing within the base plate of the rotation unit. The system attaches directly to the original Linac couch top, making setup fast and straightforward. VMAT-TBI techniques typically require patients to be repositioned due to the Linac’s limited cranial-caudal couch shift range. With TBI STEP, patient rotation becomes effortless, allowing clinicians to use standard positioning devices while achieving consistent, reproducible alignment and optimal dose delivery across the full treatment volume.

Orfit’s Belly & Pelvic Immobilization Solutions are designed for accurate and reproducible positioning for radiotherapy treatments of the pelvic and abdominal regions. Our AIO Belly & Pelvic Board, thermoplastic pelvic masks, customizable foot support and knee & leg immobilization cushions help minimize patient movement, improve treatment precision, and enhance overall workflow efficiency. Orfit offers flexible configurations to support a wide range of clinical protocols—without compromising patient comfort.

Orfit offers a wide range of specialized Breast & Lung Solutions designed to seamlessly align with your clinic’s workflow and meet your patients’ unique needs. We bring high precision and comfort to the positioning and immobilization of patients undergoing radiation treatment for breast and lung indications. The combination of our thermoplastic masks and positioning devices provides optimal stability to deliver the highest standard of care.

Orfit offers a full range of products specifically designed for pediatric patients. This range includes base plates, head supports, and thermoplastic masks, all carefully developed to meet the unique needs of children up to 12 years old. Every product in the pediatric range upholds the same high standards of quality, precision, and safety as our adult immobilization devices. At Orfit, we’re dedicated to supporting your youngest patients — helping you go the extra mile in their care means everything to us.

Stereotactic Radiosurgery (SRS) requires an exceptionally precise and stable immobilization system. Orfit developed the SRS-Fix Solution to meet these stringent requirements while maintaining comfort, and clinical efficiency. Whether using a standard or fully customized setup, SRS-Fix ensures optimal immobilization of the patient’s head — every time. With a hybrid thermoplastic mask, integrated BiteFix device, and optional personalized supports, SRS-Fix combines technical excellence with ease of use.

The SBRT Solution is developed in collaboration with users worldwide based on existing SBRT clinical studies, products available on the market and on-site testing to provide a system which combines high technology, ease-of-use and precision to meet current and future demands. Our Stereotactic Body Radiation Therapy Solution provides a setup that allows you to apply the most effective radiation treatment method for thoracic and abdominal tumors. Whether you use mechanical compression, pneumatic systems, or thermoplastic masks, this modular system adapts to your preferred approach – and to your patients.

Our Proton Solutions ensure accurate daily positioning, minimal patient motion and increased patient satisfaction. Based on an in-depth knowledge of the market, our team of engineers and product designers has developed adaptive solutions that correspond with the requirements of ever increasing precision in proton therapy.

Immobilizing the upper and lower extremities during radiation therapy can be challenging. Large setup errors, uncomfortable positions, and complicated immobilization setups can affect treatment accuracy and patient experience. The Orfit Extremities Solution offers a focused approach for hands, arms, legs, and feet. It simplifies setup, increases reproducibility, and enhances comfort — all while ensuring optimal access for accurate treatment delivery.

Orfit’s Head & Neck Solutions are designed to deliver outstanding patient immobilization for radiation therapy, radiosurgery and proton therapy. With advanced thermoplastic materials, modular positioning components, and a wide variety of mask configurations, these systems enable highly precise treatments — while keeping patients comfortable throughout.

The AIO Solution® 3.0 is a modular and adaptable system for precise patient positioning and immobilization. With one base plate and different sets of cushions and thermoplastic masks, all parts of the body are positioned and immobilized in a comfortable, exact and reproducible way.

The Samsung R20 is a high-end ultrasound platform engineered to support the full continuum of patient care — from screening to intervention. It delivers superior image quality, AI-enhanced clinical tools, and highly customizable configurations tailored to specific operational needs. With intuitive system design and advanced workflow automation, the R20 empowers healthcare professionals to work efficiently while maintaining the highest standards of diagnostic confidence and clinical excellence.

The HERA Z20 sets a new benchmark in women’s health imaging. Designed specifically for obstetrics and gynecology, it offers advanced 2D, 3D, and color imaging supported by AI-driven automation for improved diagnostic precision and efficiency. Its ergonomic design and intelligent workflow features reduce operator workload while enhancing patient experience. HERA Z20 combines innovative technology with thoughtful system design to deliver confident and compassionate care in women’s health.

The Samsung V8 combines Crystal Architecture™ imaging technology with Intelligent Assist tools to deliver exceptional clarity and streamlined examinations. Designed for demanding clinical environments, it enhances diagnostic accuracy while reducing exam time through automated features. Its refined ergonomic design and user-centered interface prioritize comfort and workflow efficiency, making the V8 a sophisticated solution for high-performance clinical practice.

The Samsung V7 provides high-performance imaging with specialized diagnostic tools for advanced clinical assessment. Equipped with innovative technologies such as EzHRI™, TAI™, and TSI™, it enables real-time quantification for applications including abdominal and liver diagnostics. Its versatile platform supports a wide range of specialties while delivering enhanced precision, automation, and workflow efficiency — empowering clinicians to make informed decisions with confidence.

High-resolution imaging for deep structures up to 40 cm, ideal for point-of-care assessments in primary care. Quickly evaluate the abdomen, lungs, heart, and more with a compact, wireless scanner powered by Clarius Intelligence to streamline workflows in your practice.

High-resolution imaging for detailed assessment of muscles, tendons, joints, and nerves. With a maximum depth of 7 cm, this scanner is ideal for diagnosing injuries and guiding procedures with confidence.

Delivering versatile imaging for everyday care, this multipurpose scanner lets you switch seamlessly between abdominal, vascular, and cardiac views. Diagnose a wide range of conditions, guide procedures, and elevate care with one portable, easy-to-use device.

High-resolution, ultra-portable ultrasound designed specifically for aesthetics. Visualize superficial anatomy, vessels, and tissue layers with 20 MHz imaging—perfect for guiding facial injections, skin rejuvenation treatments, and managing complications with confidence.

High-quality imaging designed for small animal care. Ideal for abdominal, cardiac, and reproductive exams in dogs and cats—helping you deliver faster, more confident diagnoses and treatment.

The Samsung V4 delivers premium imaging performance in a remarkably compact design. Engineered for versatility across multiple specialties, it combines excellent image clarity with AI-powered workflow tools to enhance diagnostic confidence and efficiency. Its world-first fanless architecture reduces maintenance requirements while ensuring quiet and reliable operation. Designed for modern clinical environments, the V4 offers a smart balance of performance, mobility, and everyday usability.

The Samsung V5 combines outstanding imaging quality with advanced AI diagnostic support across general imaging, women’s health, cardiovascular, and musculoskeletal applications. Intelligent automation streamlines examinations, enabling faster and more consistent assessments. Despite its slim and mobile design, the V5 delivers powerful performance, intuitive controls, and optimized workflow — making it a reliable partner for busy healthcare professionals.

The Samsung V6 is built for dependable performance in general imaging and routine diagnostics. Powered by Crystal Architecture™, it delivers clear, consistent image quality supported by automated workflow features that simplify daily operation. Its ergonomic design, intuitive interface, and optional battery capability enhance flexibility and ease of use. The V6 is a practical, efficient solution designed to meet the demands of modern healthcare settings.

The only wireless handheld endocavity scanner built for comprehensive care in men’s and women’s health. Perform complete exams in minutes—from early pregnancy to prostate assessments with automated measurements. Compact and cable-free, it’s easy to move between rooms and take on the go.

High-performance imaging for cardiac and deep structures. Ideal for cardiac assessments, trauma exams, and rapid diagnostics at the bedside or in the field.

High-definition imaging designed for surgery and musculoskeletal care. Visualize soft tissue, vessels, and nerves to guide procedures, evaluate injuries, and support confident pre- and post-operative care.

Experience extremely high radiation dose rate measurement and accuracy with the Thermo Scientific™ RadEye™ SPRD-ER Personal Radiation Detector.

The Thermo Scientific™ RadEye™ PRD4 and PRD-ER4 Personal Radiation Detectors provide highly sensitive radiation detection capability with little to no nuisance alarms.

Quickly characterize mixed surface contamination from gamma radiation, x-ray radiation, alpha radiation and beta radiation with dose rate measurement survey meters.

Gafchromic™ films are designed to provide fast and highly accurate measurements for Gamma and X-ray dosimetry applications.

Gafchromic™ films are designed to provide fast and highly accurate measurements for Gamma and X-ray dosimetry applications.

Gafchromic™ films are designed to provide fast and highly accurate measurements for radiotherapy applications.

Gafchromic™ films are designed to provide fast and highly accurate measurements for radiotherapy applications.

The GAFCHROMIC® RTQA2 self-developing radiochromic QA films are for faster, easier, more convenient, and less costly QA testing of radiotherapy sources and the commissioning of therapy equipment. Specifically designed for LINAC / accelerator machine QA such as light field / radiation field alignment tests, precision star shots; also position verification for HDR, and autoradiography of implantable seeds, plaques and other sources.

CyberKnife® quality assurance films are now available in both the GafChromic EBT4 and GafChromic EBT-XD films. GafChromic specific laser precision cutting guarantees an ideal fit for your phantom. EBT-XD films allow for a higher dose range to better simulate actual patient treatment while using a phantom. Additionally, these films are used for daily, weekly and monthly quality assurance testing as required for the CyberKnife system.

A meter and a milestone The new Mako Meter from RTI is more than a meter, it is a revolution in X-ray testing and Quality Assurance (QA). Built on a new industry-leading platform, Mako is the most accurate X-ray QA solution on the market, combining groundbreaking sensor technology with 40 years’ experience in X-ray testing. The new app-powered Mako Display brings wireless freedom and ease of use to X-ray testing, with lightning-fast wireless connection, immediate display of measured values and simple export. I addition to the fastest, most modern and efficient X-ray meter on the market, Mako also delivers unmatched performance with the widest application range in the industry, covering Radiography, Fluoroscopy, Mammography, CT and Dental. With seamless integration with mobile, or across tablet and PC using Ocean Next™ QA software, the Mako solution provides a truly future-proof solution for modern X-ray testing.

A scatter and leakage detector in one The revolution within scatter & leakage detection is here. RTI Scatter Probe – a rugged, flat, solid-state detector for scatter and leakage detection in X-ray ­environments. Its unique design – two detector areas of 10 cm² and 100 cm² – fulfills current regulations and standards for X-ray leakage and scatter measurements. It is fully compliant with 21 CFR and IEC 60601 requirements. This advanced detector connects seamlessly to our industry-leading Ocean Next™ software, enabling efficient measurement reading and comprehensive reporting. Fast Response Times Thanks to its solid-state technology and large detection areas, the RTI Scatter Probe is not only the most sensitive solution but also delivers fast response times without delays. There are no warm-up times, no pressure or temperature dependence, and no special transport requirements (unlike pressurized chambers). This ensures a simple, reliable, and intuitive user experience.

An industry legend and a powerhouse in QA The RTI Piranha meter identifies any probe you connect and selects the optimum settings. Your PC Tablet/laptop will work as an interactive display showing just the information you need. When you are done, everything is stored, and a report is ready to be printed. Piranha comes ready to use and includes our powerful Ocean Next™ testing software.

For quick and efficient testing The RTI Cobia meter is our easy-to-use product platform for quick and efficient measurements. Our Cobias are all tailored for different modalities and job situations. They are fully compliant with our industry-leading Ocean Next™ software for X-ray QA testing and reporting.