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Intended to be implanted for drainage of urine from renal pelvis to urinary bladder.
Thermosensitive, advanced PU material for enhanced patient comfort
Stent will be stiffer at room temperature promoting pushability for stent deployment
Material becomes softer at body temperature
Optimal loop shape and high memory retention reduces the risk of migration
Optimal radiopacity for better visualization
Used for percutaneous placement of a pigtail catheter in the renal pelvis for nephrostomy drainage in neonates and infants.
Designed for PCN in infants with small pelvis where the standard Pigtail catheters are too big to place
The pigtail tip configuration helps in the retention of the distal tip in the renal pelvis
Radiopaque for radiologic confirmation of the position
Biocompatible tested material
Measure marking on the needle and the catheter
Intended to be implanted for drainage of urine from renal pelvis to urinary bladder.
For indwelling up to 30 days
Polyurethane based stent has uniform diameter and smooth surface reducing encrustation
Optimal loop shape and high memory retention reduces the risk of migration
Optimal radiopacity for better visualization
Intended to drain urine after pyeloplasty procedure.
90 degree angle avoids stent migration
Prevents post-operative bladder spasms
Can be removed on an out-patient basis
Extension dia 6Fr
Intended to drain urine after pyeloplasty procedure.
Ergonomically designed for stent placement during Laparoscopic Pyeloplasty
The needle can be percutaneously introduced and placed across the anastomosis after removing the sharp stylet
The stent can be guided into the ureter with ease, the Proximal end can be brought out as a nephrostomy if introduced through the Kidney or Pelvis
The stent can be retained for upto 30 days
Intended to make the initial percutaneous puncture to access the kidney and to enable the introduction of a guidewire during urological procedures (PCN, PCNL, Mini PERC & Micro PERC).
Siliconized needle for less trauma
Echogenic tip for better visualization during ultrasound
1 cm marking on the shaft
Used to endoscopically drain obstructed biliary ducts.
Smooth surface for less trauma to the tissue
Flap design for better retention
High flow rate
Highly radiopaque for better visualization
Together, we achieve extraordinary outcomes.