- (Italiano) QUASAR™ Respiratory Motion Phantom (pRESP)
- (Italiano) Supporti per fantocci
- Hoffman 2D Brain
- Hoffman 2D Multi-Compartment
- Hoffman 3D Brain
- Flanged Jaszczak
- Flangeless Jaszczak
- Elliptical Jaszczak
- Elliptical Lung-Spine Body
- Anthropomorphic Torso
- Fillable Breast
- Cardiac Insert
- Capillary Line Fixture
- Hot Spot Insert
- Hollow Sphere 60 mm™
- Hollow Sphere Set (6)™
- Micro Hollow Sphere Set (4)™
- Nema Spect Triple Line Source
- Solid Breast Accessory Sets
- Spherical Shells
- Triple Line Insert
- PET CT
- NEMA IEC PET Body
- NEMA PET Scatter
- (Italiano) Alderson Radiation Therapy (ART) Phantom
- (Italiano) QUASAR™ MLC Beam Geometry Phantom
- (Italiano) QUASAR™ Penta-Guide Tilt Plate
- (Italiano) QUASAR™ Winston-Lutz Wand Phantom
- (Italiano) QUASAR™ Multi-Purpose Body Phantom
- (Italiano) QUASAR™ Respiratory Motion Platform
- (Italiano) QUASAR™ GRID³ᴰ Image Distortion Analysis System
- (Italiano) QUASAR™ Penta-Guide Phantom
- (Italiano) QUASAR™ MRID³ᴰ Geometric Distortion Analysis System
- (Italiano) QUASAR™ MRI⁴ᴰ Motion Phantom
- (Italiano) QUASAR™ IsoCenter Cube Phantom
- (Italiano) QUASAR™ MRgRT Insight Phantom
- (Italiano) QUASAR™ Heavy Duty Respiratory Motion Platform
- (Italiano) Fantoccio per la verifica dei trattamenti SRS
H3D P SERIES
H3D, Inc. is a leading manufacturer of spectrometers, also with imaging capabilities, indispensable in emergency situations (CBRNe) and nuclear facilities: more than 75% of nuclear facilities in the U.S. use H3D instrumentation.
The spectrometers of the P series are characterized by a CZT detector with extremely high energy resolution (< 1.1% @ 662 keV) that allows to identify radionuclides with emissions in the range 50 keV – 3 MeV in a very short time, operating at room temperature.
Compton imaging technology allows to superimpose the image taken by a camera with the radiological information for photons of energy between 250 keV and 3 MeV. In this way it is possible to identify in a short time the position and nature of a radioactive source.
The P series instruments are characterized by a collimated field of view with 60° aperture that allows to identify a source of minor activity in an environment characterized by high dose rates.