Αντιγλαυκωματική Βαλβίδα Αhmed

Αποκλειστική διαθεσιμότητα Αντιγλαυκωματικής Βαλβίδας Αhmed

Παιδική Αντιγλαυκωματική Βαλβίδα Ahmed Glaucoma Valves Model FP8

The Ahmed Glaucoma Valve consists of a very small plate with a unique valve system that regulates your eye pressure. Attached to the plate is a tube that drains the fluid out of the eye, thus reducing the eye pressure. The implant is outside the eye but the skin of the eye covers it so it cannot be seen or felt.

Aναλυτικά

The Ahmed Glaucoma Valve consists of a very small plate with a unique valve system that regulates your eye pressure. Attached to the plate is a tube that drains the fluid out of the eye, thus reducing the eye pressure. The implant is outside the eye but the skin of the eye covers it so it cannot be seen or felt.

Implant surgery immediately reduces the pressure in the eye by giving the fluid a means to drain out more efficiently. Because the implant is a valve, it adjusts itself according to the fluid pressure in the eye. A precise control on the amount of fluid that can flow through it. This ensures that there is no excessive drainage from the eye.

Model FP8 Features:

  • Made of medical-grade silicone
  • Used for pediatrics or small globes
  • Immediate reduction of intraocular pressure
  • Unique, non-obstructive valve system to prevent excessive drainage and chamber collapse
  • Implanted in a single-stage procedure
  • Eliminates drainage tube ligature sutures, "rip-chord" sutures, and occluding sutures
  • Thinner plate
  • MRI safe

Valve/Plate Specifications:

  • Thickness: 2.1mm
  • Width: 11.0mm
  • Length: 11.0mm
  • Surface area: 102mm2
  • Tube Specifications:
  • Length: 25.4mm
  • Inner diameter: 0.305mm
  • Outer diameter: 0.635mm

Materials:

Valved plate body: medical-grade silicone

Drainage tube: medical-grade silicone

Valve: medical-grade silicone, elastomer membrane

Valve Casing: medical-grade polypropylene

Ordering Info:

Model FP8 - Ahmed Glaucoma Valve (Flexible Plate - Pediatric)

Διπλό Μαχαιρίδιο Γωνιοτομής Kahook Dual Blade

Reference KDB The Kahook Dual Blade (KDB) is an elegant, single-use, ophthalmic blade that makes parallel incisions in the trabecular meshwork (TM) and the inner wall of the Canal of Schlemm. The device has a micro-engineered profile that allows for insertion into the eye through a clear cornea micro-incision.

Aναλυτικά

Reference KDB The Kahook Dual Blade (KDB) is an elegant, single-use, ophthalmic blade that makes parallel incisions in the trabecular meshwork (TM) and inner wall of the Canal of Schlemm. The device has a micro-engineered profile which allows for insertion into the eye through a clear cornea micro incision.

Kahook Dual Blade Features Single use, ophthalmic blade Utilizes ab interno approach through a clear cornea micro incision Precision engineered to fit in the canal of Schlemm Dual blades positioned for precise parallel incisions of the trabecular meshwork with minimal residual leaflets Maintains natural physiologic outflow pathways Specifications The Kahook Dual Blade (KDB) is an elegant, single-use, ophthalmic blade that makes parallel incisions in the trabecular meshwork (TM) and inner wall of the Canal of Schlemm.

The device has a micro-engineered profile which allows for insertion into the eye through a clear cornea micro incision. The surgical grade stainless steel body is comprised of a long, thin shaft that allows for access across the anterior chamber, a pointed tip used to pierce TM under gonioscopic view, a ramp that lifts and stretches the tissue as the device is advanced, and two blades precision manufactured through laser cutting technology to produce simultaneous incisions in treated tissues.

Αντιγλαυκωματική Βαλβίδα Ahmed Glaucoma Valve FP7

Ahmed Glaucoma Valve FP7 New World MedicalReference FP7 The Ahmed Glaucoma Valve has been successfully demonstrated to work in all types of glaucoma cases, particularly Neovascular, Congenital, and Uveitic glaucoma.

Aναλυτικά

About Ahmed Valves
The Ahmed Glaucoma Valve consists of a very small plate with a unique valve system that regulates your eye pressure. Attached to the plate is a tube that drains the fluid out of the eye, thus reducing the eye pressure.

The implant is outside the eye but the skin of the eye covers it so it cannot be seen or felt. Implant surgery immediately reduces the pressure in the eye by giving the fluid a means to drain out more efficiently. Because the implant is a valve, it adjusts itself according to the fluid pressure in the eye. A precise control on the amount of fluid that can flow through it. This ensures that there is no excessive drainage from the eye. Model FP7 Features: Made of medical-grade silicone Immediate reduction of intraocular pressure Unique, non-obstructive valve system to prevent excessive drainage and chamber collapse Implanted in a single-stage procedure Tapered profile for easy insertion Silicone plate Aqueous percolation holes Thinner plate MRI safe Valve/Plate

Specifications:

Thickness: 2.1mm
Width: 13.0mm
Length: 16.0mm
Surface area: 184.0mm2 Tube
Specifications:
Length: 25.4mm
Inner diameter: 0.305mm
Outer diameter: 0.635mm
Materials:
Valved plate body: medical-grade silicone
Drainage tube: medical-grade silicone
Valve: medical-grade silicone, elastomer membrane
Valve Casing: medical-grade polypropylene

Αντιγλαυκωματική Βαλβίδα Αhmed Model TE Tube Extender

Αhmed Glaucoma Valve Model TE Tube Extender

Aναλυτικά

Tube Extender™

• Provides extra tube length

• Provides a leak-proof junction between tubes

• Helpful when drainage tube is cut too short Ordering Information

• Can be used with other drainage devices

• Easily sutured onto the sclera

Tube Inserter Model TI

Model TI Tube Inserter

Aναλυτικά

Model TI Tube Inserter

• Notched tip secures the valve tube

• Provides rigidity to the valve tube for easy insertion into the anterior chamber

• Stainless steel

• Serrated grip

• Shorter tip helps to provide a better view through a microscope

• Reusable and inexpensive

• Can be used with any drainage device

Δείτε Ακόμα

Product added to wishlist

Χρησιμοποιούμε cookies για την εξατομίκευση περιεχομένου και διαφημίσεων, την παροχή λειτουργιών κοινωνικών μέσων και την ανάλυση της επισκεψιμότητάς μας. Επιπλέον, μοιραζόμαστε πληροφορίες που αφορούν τον τρόπο που χρησιμοποιείτε τον ιστότοπό μας με συνεργάτες κοινωνικών μέσων, διαφήμισης και αναλύσεων, οι οποίοι ενδεχομένως να τις συνδυάσουν με άλλες πληροφορίες που τους έχετε παραχωρήσει ή τις οποίες έχουν συλλέξει σε σχέση με την από μέρους σας χρήση των υπηρεσιών τους. Αν συνεχίσετε να χρησιμοποιείτε την ιστοσελίδα μας, συναινείτε στη χρήση των cookies μας.