Case Study
Precision Placement for a Lung Lesion
The robot was set at a specific angle to achieve a trajectory that decreased the risk of overthrow into healthy tissue. The robot steered the instrument between two ribs to successfully obtain the biopsy with less than 1mm tip-to-target accuracy.
PROCEDURE OVERVIEW
After measuring the size of the lesion, the needle tip placement was crucial to avoid puncturing through the opposite margin of the lesion. This was combined with a steep angle through a narrow intercostal space, leaving limited options to ensure the 20mm biopsy throw was adequately extracted.
The robot was able to accommodate the procedure plan and trajectory updates to reach the target successfully within 3 minutes.
Procedure Type: | Biopsy |
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Location of Lesion: | Lung |
Tip-to-Target Accuracy: | 0.8 mm |
Skin-to-Target Time: | 3 minutes |
Trajectory Length: | 33.6 mm |
Size of Lesion | 8x16mm |
Patient Position | Prone |
Procedure Setting | Hospital |
![](https://xactrobotics.com/wp-content/uploads/2022/08/Precision-Placement-for-Lung-planning-450x300.jpg)
Planning Scan
![](https://xactrobotics.com/wp-content/uploads/2022/08/Precision-Placement-for-Lung-checkpoint-450x300.jpg)
Checkpoint with Target Update
![](https://xactrobotics.com/wp-content/uploads/2022/08/Precision-Placement-for-Lung-final-450x300.jpg)