
PURE. Digital‐rad

PURE.F4

PURE.18

Mammo Phantom

Aluminium Attenuator

Pure Al 21 ‐ Step Wedge

Pure HVL Filters

CT TISSUE MIMICKING Phantom

Brain Tumour Phantom

CTDI Phantom

MRI Anthropomorphic Head Phantom

MRI / Ultrasound Phantom

MRI / Ultrasound Correct Skull with exposed Brain

Catphan 500 ‐ for Spiral & Axial CT

Catphan 600 ‐ also for Multi Slice CT

Catphan 605 ‐ inexpensive phantom for Multi Slice

Catphan 700 ‐ also for Performance Test including Wave Test Insert

RSVP Head Phantom

RSVP Pelvic Phantom

ECTPHANTM 330 ‐ for SPECT Imaging

LIQUI‐PHIL PHANTOMS

LIQUI‐PHIL PHANTOMS

Sectional Phantoms

TOMOPHAN® PHANTOM ‐ for digital breast tomosynthesis (DBT) imaging

MAGPHAN® RT ‐ MR QA system for MR guided surgery and radiotherapy

Ultrasound Phantom

MRI‐LINAC Dynamic Phantom

CBCT Electron Density Phantom

Ultrasound Prostate Training Phantom

Fetal Ultrasound Phantom

IMRT Pelvic 3D Phantom

Blood Mimicking Fluid

Mammography Phantom

3D Abdominal Phantom (CT, MR and ultrasound)

ATOM MAX Dental & Diagnostic Head Phantom
The CIRS ATOM Max Dental and Diagnostic Head Phantom is a standard of reference for diagnostic radiology of the head. The phantom is designed to assist technical and clinical staff in the selection, monitoring, training and verification of scanning parameters common to most radiological procedures requiring fine anatomical details.
CT Dose Phantom
For all computed tomography systems, the Food and Drug Administration recommends measuring the CT Dose Index (CTDI). Each section of the CIRS CT Dose Phantoms can provide separate dose information. The user can also measure maximum, minimum and mid‐range values of the nominal tomographic section thickness when performing dose profile measurements.
Each phantom consists of a set of nesting 15 cm thick solid PMMA disks


AAPM CT Performance Phantom
The CIRS Model 610 AAPM CT Performance Phantom offers the user a single test object that measures ten distinct CT performance parameters. The phantom design is based on the guidelines presented in Report #1 of the American Association of Physicists in Medicine Task Force on CT Scanner Phantoms. The goals of report #1 were to “(1) define ‘performance’ of a CT scanner and (2) describe methods of performance testing through utilization of particular phantoms.”
A Measurement Capabilities:
- Noise
- Size Independence
- Sensitivity / Detectability
- Radiation Dose
- Mechanical Alignment
- Spatial Uniformity
- Beam Hardening
- HU Linearity
- Slice Thickness
- Spatial Resolution and line spread function
- Tissue Equivalent CT Dose Phantom

Tissue Equivalent CT Dose Phantom

Dexa Phantom
