About the Procedure
Enlarged Prostate
An enlarged prostate presses on and blocks the urethra, causing bothersome urinary symptoms.
Step 1
The UroLift™ Delivery Device is inserted transurethrally through a rigid sheath under cystoscopic visualization in order to reach the targeted area of obstruction.
Step 2
The obstructing prostatic lobes are retracted by small, permanent UroLift™ Implants which are deployed via a needle that comes out of the delivery device.
Step 3
The UroLift™ System treatment provides fast and reliable symptom relief by opening the obstructed urethra.
A BPH Solution You Can Be Confident In
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UroLift™ Delivery Devices and Implants
Now it’s easier to treat a broader spectrum of BPH patients, including lateral and median lobe hyperplasia, with the full line of UroLift™ products.
UroLift™ 2 System
Inserted transuretherally through a rigid sheath under cystoscopic visualization to reach the targeted area of obstruction. Typically one Delivery Handle is used per procedure, and individual Implant Cartridges deliver each UroLift™ Implant.
UroLift ATC™ System
Delivers the same, proven implant through an enhanced delivery device tip that enables urologists to more easily treat BPH patients with challenging anatomies, including an obstructive median lobe and large lateral lobes.
UroLift™ Implant
The obstructing prostatic lobes are held apart by small UroLift Implants that are deployed by the delivery device. Each implant is made with common implantable materials: nitinol, stainless steel, and PET suture. Typically, four to six implants are placed into the prostate.
MRI Information
The UroLift™ Implant is MR conditional, and patients can be safely scanned, provided the following conditions are met:
- Static magnetic field of 3.0 Tesla or less
- Maximum spatial field gradient of 1,500 Gauss/cm (15 T/m) (extrapolated)
- Maximum MR system reported, whole body averaged specific absorption rate (SAR) of 4 W/kg for 15 minutes of continuous scanning
Under the scan conditions defined above, the UroLift™ Implant is expected to produce a maximum temperature rise of 2.4°C after 15 minutes of continuous scanning (i.e., per pulse sequence).