Gallery Archives

Details

Key Benefits

Lateral serrations, which are hidden when the scissor is closed and exposed when open, cutting on the way out of the corpora.

Technical Aspects

21 cm (8”) long in a 7 mm (distal corpora) and 10 mm (proximal corpora) width.

Method of Use

Click to Expand

Using the Mooreville-Wilson Prep Tool for prepping the corpora to receive the prosthesis. Dilating and measurement in one easy step:

Details

Key Benefits

Smooth surface. No indents to collect bacteria. Comes apart for internal cleaning.

Technical Aspects

18 cm long, 9 mm wide. Introducer is made of two mirror image halves, which can come apart, and form a central channel, when together, through which the pusher travels.

Features

Made from surgical steel. Can be resterilized.

Details

Key Benefits

Smooth surface. No indents to collect bacteria.

Technical Aspects

27 cm long, 9-11 and 10-12 mm diameters

Features

Made from surgical steel. Can be sterilized

Details

Key Benefits

Makes introduction of prosthesis components easier with the increased beak length. It works well from both the supra-pubic approach as well as from the penoscrotal one.

Technical Aspects

9 cm, 7.5 cm, and 12 cm beaks

Features

Made from surgical steel

Details

anchor

Key Benefits

Smooth surface. No indents to collect bacteria.

Technical Aspects

27 cm long by 11 mm diameter

Features

Made from surgical steel. Can be sterilized.

Details

anchor

Key Benefits

It allows placement of a prosthesis reservoir in an ectopic location with less likely bladder side effects and no visibility. The Clamp has atraumatic grasping.

Click to Expand

Method of Use

Click to Expand

Simultaneous 3-Piece IPP at the Time of Robotic Prostatectomy: An “In Vivo” Characterization of Submuscular Reservoir Placement

Clamp showing how high the ectopic reservoir will be placed.

Atraumatic tip does not injure reservoir. Deaver in inguinal ring allows passage of reservoir in high abdominal wall location.

Reservoir location through a penoscrotal incision is above umbilicus.

Technical Aspects

Click to Expand

14″ long

Details

Key Benefits

Flexibility of layout and options to fit your centers needs. Finger-tip mats.
Unique, “grid” system in all bases, trays and lids, makes it easy to install the mat or insert required to protect your delicate instruments properly.
Trays are Stackable. Integral feet in bases and corner ridges on lids allow for easy and organized handling in autoclaves and storage.
All bases have pebble-type surface to keep mats from sticking to the bases during sterilization process.
Dimensions of each tray are designed to accommodate a variety of instrument sizes and shapes.
Sterilizable by all standard methods of sterilization (autoclave, steam, dry heat, chemical).
Durable advanced designed tray Molded from General Electric’s ULTEM® resin, using mold flow analysis to guarantee product strength, structural integrity and extended life cycle.

Details

anchor

Key Benefits

Helps in corporeal dissection in fibrotic corpora prior to the placement of penile prosthesis.

Method of Use

Click to Expand

Once access to the corpora is obtained advance the scissor in a closed position and pull back with the arms spread.

Technical Aspects

Click to Expand

0-2

7” Wilson Backward Cutting Scissors
8” Wilson Backward Cutting Scissors

Details

anchor

Key Benefits

Easy to use and improves fluid management during endoscopic procedures.

Method of Use

Click to Expand

Power on/off:

Hang the device first on the pole used to hang the fluid bags without any bags on it.
Pres “ON/OFF” key. The screen will display (8888) and the buzzer will utter the sound of being turned on.
Wait for 2-3 seconds until the (0.00 or 0.000) is displayed on the screen. The device is ready for monitoring.

Tare/Zero

Press the “TARE” key (zero) and the screen will display “0.000”. The device is ready for monitoring.
Hang one or two fluid bags on the device hook. The screen will display the weight/volume of the bags.

Monitoring

The device monitors fluid use and will give several sound warnings to warn operator when it is time to switch or replace fluid bags.
The device will give distinct warning sounds at 250 ml and at 100 ml of actual fluid to give the operator time to get ready to either switch bags or replace bags. The actual reading on the monitor might be different as the device also takes into consideration the weight of the bag or bags (up to two).

Power off:

Press “ON/OFF” key to turn off.
The electronic monitor will not auto turn off; user should turn it off manually.

Features

Click to Expand

Prevents running out of fluid during critical parts of procedures
Easy to use – connects between hanging pole and bags
Provides sound alerts to notify surgical staff to change bags before they are empty
Helps prevent “red outs” (loss of visibility)
Helps prevent clot formation during “red outs”
Avoids delays in procedure time
Adds to patient safety

Technical Aspects

Click to Expand

Electronic Fluid Monitor (uses 2 AAA batteries)
Portable/compact
Pocket size
Reusable
High accuracy
Reliable performance

Details

anchor

Key Benefits

Easy to use, minimally invasive, retrograde approach when antegrade approach not feasible.

Method of Use

Click to Expand

Select an appropriate sterile catheter (<21 Fr), lubricate, and confirm fit inside the TUSP cannula. Lubricate and screw the trocar tip into the distal end of the cannula until flush—it is secure with minimum finger tightening.
Place the patient in lithotomy position and prep with appropriate sterilizing solution. Perform cystoscopy to survey the anatomy of the urethra and bladder. If there is risk of urethral trauma, consider pre-placement of a guide wire (<0.038 in). Determine the optimal location for the trocar to exit the abdominal wall, and mark.
Place the TUSP retrograde through the urethra, into the bladder. For a male, place penis on stretch. While gently angulating the handle, palpate for the tip of the device near the exit mark,
Make an incision in the skin approximate 1 cm above the tip. While maintaining deflection on the abdominal wall with the TUSP, dissect the intervening tissue with electro-cautery until trocar emerges from the incision. Continue to push the trocar through incision about 5 cm. Remove the trocar tip and leave the cannula above the incision a few cm.
Guide the lubricated catheter into the cannula about 25 cm (10 in) until it appears at the handle opening. If catheter buckles while advancing, push on it closer to the entry of the cannula.
While holding the catheter at incision site, slowly withdrawal the TUSP from the urethra. Then using cystoscopic guidance retrograde through urethra, withdraw the catheter tip retrograde into the bladder by pulling externally above the incision site.
Once the catheter is within the bladder lumen, inflate the balloon to recommended volume. Then gently approximate the balloon against the anterior bladder wall. Secure the catheter externally with a suture.

Features

Click to Expand

Reusable
Cost-effective
TUSP^TM features a patent-pending “soft dimple-thread,” which permits the smallest size cannula (23.8 Fr) to be used with the largest sized catheter (21.5 Fr).

Technical Aspects

Click to Expand

Surgical Stainless Steel
Sterilizable

P1030678

CPT^® code¹	Total Non Facility RVUs²	Medicare National Allowed Amount^{2, 3}
Physician Coding
51040 - Incise and drain bladder	8.3	$301
51102- Drain bladder with cath insertion	4.2	$151

Uramix does not endorse any particular code for billing purposes. These codes are only provided for information purposes.

^1,2,3 cms.gov/apps/physician-fee-schedule