The adjustable cyclic respiratory motion, ranging from 0 to 45 breaths per minute, ensures an accurate representation of various respiratory scenarios. Users can also fine-tune the breath volume with options from 250ml, 300ml all the way to 1200ml in 100ml increments, accommodating a wide range of training requirements. The Lung Pump’s adaptability makes it an ideal tool for simulating diverse patient conditions and respiratory challenges.
The pump is housed on a secure plexiglass base, offering stability and ease of use. Whether used for medical education, clinical training, or research purposes, the Lung Pump sets a new standard in simulating lifelike respiratory dynamics, providing an immersive and customizable experience for healthcare professionals.
Note: This product only includes the Lung Pump. Any other products shown below are for reference only.
Features:
Enabling breathing capability by modifying static lungs to dynamic inflatable lungs Realistic cyclic respiratory motion Custom duration of the breathing cycle Adjustable cyclic respiratory motion (0 – 45 breaths per minute) Adjustable breath volume (250ml, 300ml-1200ml in 100ml increments) Complete system installed on a Garolite (G10) base
Design:
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- Lung Pump volumes (ml)
Product Images:
Experimental setup of lung pump with a torso:
The pump can also be used with our Dynamic Torsos [TO-A04. TO-A05] to simulate the motion of the lungs inside the torso. The torso seen in the photo is also set up with our Heart Pump (V3), which can be purchased separately. For any questions about this package, please contact us at [email protected]
Included In Order:
Lung Pump
User Manual/Assembly Instructions
2-Year Warranty & Unlimited Customer Service
Size & Weight:
Phantom:
Size: 36 x 12 x 8 Inches, Weight: 48 Lbs (approx.).
Shipment:
Size: 49 x 17 x 13 Inches, Weight: 62.5 Lbs (approx.)
Materials Used:
The pump is built from metal and plexiglass parts (for MRI applications, it is necessary to install the pump in a separate room from than MRI scanner)
FAQ:
Please refer to our FAQ page. 
