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Disposable Sterile Silicone HSG Catheter with Radiopaque Marker for Uterine and Tubal Angiography

Disposable Sterile Silicone HSG Catheter with Radiopaque Marker for Uterine and Tubal Angiography

Model Number: HSG Catheter
Moq: 100
Payment Terms: T/T,L/C
Detail Information
Place of Origin:
China
Material:
Medical-Grade Silicone
Sizes:
5Fr, 7Fr
Balloon Capacity:
1.5ml
Length:
360mm
Application:
Uterine And Tubal Angiography; Fluid Injection For Evacuation
Packaging:
10pcs/box, 300pcs/carton
Highlight:

Radiopaque Silicone HSG Catheter

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Disposable Silicone HSG Catheter

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Sterile Silicone HSG Catheter

Product Description

Disposable Sterile HSG Catheter

Key Features
  • Radiopaque Position Marker: Visible under fluoroscopy for accurate catheter tip positioning during HSG procedures
  • Integrated Guide Wire: Reinforces catheter stiffness for controlled atraumatic insertion through the cervical os
  • Smooth Balloon Transition: Seamless balloon-to-shaft junction reduces tissue trauma and minimizes contrast leakage
  • High Biocompatibility: Medical-grade silicone for safe intrauterine use with minimal tissue reaction
  • Two Size Options: 5Fr and 7Fr sizes to suit different cervical anatomy
Size Balloon Capacity(ml) Length(mm)
5Fr 1.5ml 360mm
7Fr 1.5ml 360mm


Hysterosalpingography Catheter_detail


FAQ

Q: What is this catheter used for?

It is used for hysterosalpingography (HSG) procedures — injecting contrast medium into the uterine cavity to visualize the uterus and fallopian tubes under fluoroscopy for infertility evaluation and tubal patency testing.

Q: Does it have a radiopaque marker?

Yes, it features an integrated radiopaque marker that is visible under X-ray / fluoroscopy, allowing accurate confirmation of catheter tip position during the procedure.

Q: What sizes are available?

Standard sizes are 5Fr and 7Fr, both with a 1.5ml retention balloon and 360mm working length.

Q: Is the guide wire removable?

The guide wire is integrated to provide shaft stiffness during insertion. It assists with atraumatic placement through the cervical canal.