Radiology
Radiology lies at the heart of modern medicine, combining technology and clinical expertise to detect, diagnose, and monitor disease with precision. Our team is dedicated to providing accurate imaging, timely reports, and compassionate patient care — supporting better outcomes through innovation and excellence in diagnostic imaging.
X-Ray Protective Apparel
Radioprotective aprons are specialized personal protective garments designed to shield healthcare staff and patients from unnecessary exposure to ionizing radiation during X‑ray procedures. Typically made of lead or advanced lead‑free composites with defined “lead equivalent” thickness, they attenuate scatter radiation and help protect radiosensitive organs such as the chest, abdomen, and reproductive organs. By reducing cumulative radiation dose, radioprotective aprons support safer working conditions in radiology, fluoroscopy, cardiology, surgery, and dental imaging environments.
X-Ray Protective Apparel
Radioprotective aprons are specialized personal protective garments designed to shield healthcare staff and patients from unnecessary exposure to ionizing radiation during X‑ray procedures. Typically made of lead or advanced lead‑free composites with defined “lead equivalent” thickness, they attenuate scatter radiation and help protect radiosensitive organs such as the chest, abdomen, and reproductive organs. By reducing cumulative radiation dose, radioprotective aprons support safer working conditions in radiology, fluoroscopy, cardiology, surgery, and dental imaging environments.
Medical Training Phantoms
Training phantoms are realistic models of the human body or specific organs used to simulate clinical procedures in a safe, controlled environment. They allow healthcare professionals and students to practice diagnostic imaging, surgical techniques, and emergency interventions without risk to patients. Designed with lifelike anatomy and tissue properties, these phantoms enhance skill development, accuracy, and confidence before performing procedures in real clinical settings.
Medical Training Phantoms
Training phantoms are realistic models of the human body or specific organs used to simulate clinical procedures in a safe, controlled environment. They allow healthcare professionals and students to practice diagnostic imaging, surgical techniques, and emergency interventions without risk to patients. Designed with lifelike anatomy and tissue properties, these phantoms enhance skill development, accuracy, and confidence before performing procedures in real clinical settings.
Popular
Radiology
Pro-NM NEMA NU1 RSR
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
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.
Pro-NM Resolution
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.
Pro-NM NEMA NU2
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).
Pro-NM NEMA NU1
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).
Pro-NM Linear Source Module
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.
Pro-NM Performance ECT
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.
Pro-NM Performance SMALL
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.
Pro-NM NEMA NU1 RSR
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
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.
Pro-NM Resolution
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.
Pro-NM NEMA NU2
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).
Pro-NM NEMA NU1
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).
Pro-NM Linear Source Module
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.
Pro-NM Performance ECT
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.
Pro-NM Performance SMALL
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.
Radiology
Case Studies
Radiology
Radiology lies at the heart of modern medicine, combining technology and clinical expertise to detect, diagnose, and monitor disease with precision. Our team is dedicated to providing accurate imaging, timely reports, and compassionate patient care — supporting better outcomes through innovation and excellence in diagnostic imaging.
X-Ray Protective Apparel
Radioprotective aprons are specialized personal protective garments designed to shield healthcare staff and patients from unnecessary exposure to ionizing radiation during X‑ray procedures. Typically made of lead or advanced lead‑free composites with defined “lead equivalent” thickness, they attenuate scatter radiation and help protect radiosensitive organs such as the chest, abdomen, and reproductive organs. By reducing cumulative radiation dose, radioprotective aprons support safer working conditions in radiology, fluoroscopy, cardiology, surgery, and dental imaging environments.
Medical Training Phantoms
Training phantoms are realistic models of the human body or specific organs used to simulate clinical procedures in a safe, controlled environment. They allow healthcare professionals and students to practice diagnostic imaging, surgical techniques, and emergency interventions without risk to patients. Designed with lifelike anatomy and tissue properties, these phantoms enhance skill development, accuracy, and confidence before performing procedures in real clinical settings.
Popular
Radiology
Pro-NM NEMA NU1 RSR
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
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.
Pro-NM Resolution
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.
Pro-NM NEMA NU2
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).
Pro-NM NEMA NU1
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).
Pro-NM Linear Source Module
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.
Pro-NM Performance ECT
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.
Pro-NM Performance SMALL
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.
