Multipurpose Chest Phantom N1 "LUNGMAN"

Wide variety of uses in interpretation training, anatomical education, evaluation and assessment of devices and other research.

• Plain Xray:
  The phantom provides life-like radiographs very close to actual clinical images. The three-dimensional structure allows both PA and LATERAL images to be obtained. The phantom bones and vessels show life-like contrast gradations on the image along with tube voltages.
• CT:
  Arms-abducted position of the torso suits the CT scanning. The pulmonary vessels are spatially traceable. Assessment of computer-aided detection systems is possible.
• Radiographic interpretation:
  Comparison between Plain X-ray and CT, as well as between these images and the direct observation of the phantom, helps trainees to have three dimensional understanding and to improve X-ray interpretation skills.
• RI (Optional parts required)

Simulated tumors

Simulated tumors in five-size and three-HU-number variations can be attached to arbitrary position in the lung field.

• Size: diameter 3, 5, 8, 10, 12mm (Total 15 piece)
• Shape: sphere
• White: Approx. HU-800
• Pale orange: Approx. HU-630
• Cream: Approx. HU＋100

Components for Radioisotope

Image fusion experiment with CT & RI can be performed.
The set of RI container inserts can be set in the chest phantom in place of standard inserts allowing wider research applications including PET/CT fusion evaluation. The lungs of urethane foam can be worked easily to accommodate simulated nodules or other inserts.
| 41337-020 Lungs of urethane
| 41337-030 Liver RI container
| 41337-040 Gallbladder RI container
| 41337-050 Pulmonary nodule RI container
| 41337-060 Mediastinum with left myocardium RI container

Chest Plate

Chest plates to simulate a larger body type and X-ray absorption. Differences in X-ray absorption depending on body volume can be observed. Using 60mm thick plates, 30mm is added to the front and to the back of the N1 chest.
| 41337-010 Chest plates

PH-58 Subsolid Nodules Phantom

Both mixed and pure GGO are provided in a variety of sizes and HU numbers.

Subsolid Nodules Phantom is a set of simulated lesions designed for study and training in Grand-Glass Opacity (GGO) detection and interpretation. Both mixed and pure GGO are provided in a variety of sizes and HU numbers. The set also includes 3-D GGO modeled on clinical CT data. The simulated lesions can be attached to the pulmonary vessels of the Chest Phantom N1 “LUNGMAN” or in the CT Lung Phantom.