Osseous ENT Burs are designed for giving the flexibility to treat a wide range of ENT conditions and anatomies from precise excision in delicate areas to rapid removal of large and bulky lesions.
Design Benefits:
Used to cut, drill and polish the bones
Heavy material removal
Easier, more thorough bur cleanup
Lower temperatures during use
Centerless ground for better balance
Less stress on handpiece and surgeon
Rosen Inserter
ENT Instruments
This is used to hook out wax or foreign bodies from the ear canal as well Developed with surgeons to aid grommet insertion. Slight band from the end so grommet insert in to TM precisely and quickly. The geometry also proven favorable for removal of objects in the ear.
Design Benefits:
Easy to handle than other inserter
Helps to remove object from ear
Good strength and flexible
Reduces the risk of injury in other part of the ear
Micro Alligator Ear Forceps
ENT Instruments
Micro ear forceps is a long, thin, angular handles and a small hinged jaw on the end with heavy interlocking teeth which is useful in grasping small particles or removing items from ear canal. Serrated edges minimizes the overall pressure created, resulting in significantly less harm.
Design Benefits:
Useful during ear examinations
Ideal for surgical procedure in the ear
Easy handling tissue or sterile dressings
Moving sterile dressings in a hard-to-reach area after surgery
The forceps are also effective in placing implants in the ear
Titanium Stapes Piston with Integrated PTFE Shoe is connected between Long Process of incus and the footplate. PTFE Shoe is larger in size which covers maximum of Footplate of the stapes (at the oval window).
Design Benefits
Larger size of PTFE shoe gives more stability.
PTFE resists integration.
Stable design gives maximum sound output.
Reduces risk of extrution.
Titanium Stapes Piston with Integrated PTFE Shoe is MRI Compatible.
Easy to handle and insert into the Stapes Footplate.
Easily trimmable with surgical knife.
Clip means a flexible device which holds objects in place. This principle is used in Clip Stapes piston is one of the most efficient and effective solution for stapedioplastly. Clip Stapes piston simply clipped on the â??Long processâ?? of incus and does not encircle the incus so improves the vascular supply of incus.
Design Benefits
Clip shape like loop provides secure attachment on incus.
Improves the vascular supply of incus.
No need to crimp piston.
Reduces risk of osteo-necrosis.
Clip Stapes Piston is MRI Compatible.
Eliminates the process of stapes piston fixation.
Maximizes hearing result because of clip loop is not encircled the Incus.
Reduces the surgical process time and crimping difficulties.
Pistons can be trimmed by using Osseous Cutter
11588 Surgical Equipments Disposables Suppliers
Short on time? Let Surgical Equipments Disposables sellers contact you.
Using smooth jaw alligator forceps, the piston loop can be expanded with a pick to slip over the Incus.
Design Benefits
Plastic memory provides secure closure.
Easily Trimmable with scissor or cutting tool from 6.00mm-3.50mm length.
Much Biocompatible with biological tissues.
Conventional design for easy attachment with Long
Process of Incus.
NiTiNOL is Nickel (Ni) and Titanium (Ti) both as alloy accidentally discovered by two researchers at the Naval Ordinance Laboratory (NOL) and thus the material named NiTiNOL. The properties of NiTiNOL provides easy bending and twisting of prosthesis.
Design Benefits
Alternative choice for NiTiNOL shape memory users who are concerned about heating the Incus.
Self crimping to long process of Incus
Surgeons who enjoy crimp free pistons finds solution with Super Elastic NITINOL Loop. The loop closes softly, uniformly around long process of incus which minimizes the risk of incus necrosis. Super elasticity property reduces the time of surgery.
Minimum force required to fit
It can be easily fit to long process of incus by applying a simple vertical force.
Super Elastic NITINOL-PTFE Piston can be easily cut because of PTFE shaft.
Both Pistons can be trimmed by using Osseous Cutter.
NiTiNOL is Nickel (Ni) and Titanium (Ti) both as alloy accidentally discovered by two researchers at the Naval Ordinance Laboratory (NOL) and thus the material named NiTiNOL. The properties of NiTiNOL provides easy bending and twisting of prosthesis.
Design Benefits
Alternative choice for NiTiNOL shape memory users who are concerned about heating the Incus.
Self crimping to long process of Incus
Surgeons who enjoy crimp free pistons finds solution with Super Elastic NITINOL Loop. The loop closes softly, uniformly around long process of incus which minimizes the risk of incus necrosis. Superelasticity property reduces the time of surgery.
Minimum force required to fit
It can be easily fit to long process of incus by applying a simple vertical force.
Super Elastic NITINOL-PTFE Piston can be easily cut because of PTFE shaft.
Both Pistons can be trimmed by using Osseous Cutter.
Super Titanium is a kind of material which can be bent and twisted but it always returns to its original shape. Unique flat loop design of Super Titanium material provides self crimping (elastic properties) attachment to Incus and also provides uniform attachment of loop around total periphery of Incus which reduces the risk of compressive necrosis. A superelastic property of loop reduces the surgical process time and crimping difficulties.
Design Benefits
More elastic titanium material for self crimping effect.
Elastic self crimping loop shortens the time of surgery.
Stable design provides maximum sound output.
Reduced risk of osteo-necrosis.
Super Titanium Piston is MRI Compatible.
Super Tita-PTFE Piston can be easily cut due to PTFE shaft.
Simplified loop introduction to Incus by easy downward movement.
Both Pistons can be trimmed by using Osseous Cutter.
Super Titanium is a kind of material which can be bent and twisted but it always returns to its original shape. Unique flat loop design of Super Titanium material provides self crimping (elastic properties) attachment to Incus and also provides uniform attachment of loop around total periphery of Incus which reduces the risk of compressive necrosis. A superelastic property of loop reduces the surgical process time and crimping difficulties.
Design Benefits
More elastic titanium material for self-crimping effect.
Elastic self-crimping loop shortens the time of surgery.
Stable design provides maximum sound output.
Reduced risk of osteo-necrosis.
Super Titanium Piston is MRI Compatible.
Super Tita-PTFE Piston can be easily cut due to PTFE shaft.
Simplified loop introduction to Incus by easy downward movement.
Both Pistons can be trimmed by using Osseous Cutter.
Both Pistons consists of a flat band loop and shaft, used for Stapedioplasty surgery. These prosthesis are connected between â??Long Processâ?? of Incus and the Footplate. In Malleus Stapedioplasty, the piston requires to be bent at the neck and this titanium loop easily facilitates this requirement which is not possible in the commonly used Teflon piston.
Design Benefits
Only one Piston is required for a Stapedioplasty surgery as the length can be cut as per requirement.
Malleable enough to facilitate bending at the neck for Malleus Stapedioplasty.
Stable design provides maximum sound output.
Offers best possible length selection.
Easy loop introduction.
Low risk of osteo-necrosis.
Tita-PTFE Piston can be easily cut due to PTFE shaft.
Tita Piston is MRI Compatible.
Both Pistons can be trimmed by using Osseous Cutter.
Both Pistons consists of a flat band loop and shaft, used for Stapedioplasty surgery. These prosthesis are connected between â??Long Processâ?? of Incus and the Footplate. In Malleus Stapedioplasty, the piston requires to be bent at the neck and this titanium loop easily facilitates this requirement which is not possible in the commonly used Teflon piston.
Design Benefits
Only one Piston is required for a Stapedioplasty surgery as the length can be cut as per requirement.
Malleable enough to facilitate bending at the neck for Malleus Stapedioplasty.
Stable design provides maximum sound output.
Offers best possible length selection.
Easy loop introduction.
Low risk of osteo-necrosis.
Tita-PTFE Piston can be easily cut due to PTFE shaft.
Tita Piston is MRI Compatible.
Both Pistons can be trimmed by using Osseous Cutter
Titanium Universal Middle Ear Prosthesis consists of three units, one being the Disk with hook and shaft, second being a cup with connecting shaft and third being connector for both above parts.
It is the complete ossicular chain as it connects the Tympanic Membrane and stapes head or the footplate of the stapes (at the oval window).
Design Benefits
Maximum open parts of the disc enhance the surgeonâ??s view of the middle ear cavity.
Offers best possible length selection.
PTFE connector is a joint between the prosthesis upper part and Cup for partial version or it is the ending part in the total version.
Disk Hook can be used to clasp the malleus handle
Optimally roughened surface on outer face of disk and inside of cup ensure firm placement of prosthesis.
MRI Compatible.
Both the Fluoroplastic Universal Middle Ear Prostheses are having partially cannulated shaft which allow usage as Total prosthesis from Tympanic membrane to Footplate and Partial prosthesis from Tympanic membrane to stapes head as well. Only one Universal Middle Ear prosthesis requires in case of both total or Partial prosthesis requirements.
Design Benefits
Only one Universal prosthesis is required for a surgery as the length can be cut as per requirement.
Offset prosthesis is allowing surgeonâ??s visibility of the superstructure of stapes or footplate during surgery.
Stable design provides maximum sound output.
Offers best possible length selection.
In case of Offset prosthesis, the position of shaft permits a direct, rather than angled, union between footplate or stapes head and tympanic membrane.
Centered prosthesis is conventional design.
Both prosthesis are Much Biocompatible with biological tissues.
Design Benefits
Offset TORP aids the surgeon for better visualization of the footplate.
The position of shaft permits a direct, rather than angled, union between footplate and tympanic membrane.
Easily Trimmable from 7.00mm-3.00mm in length.
Design Benefits
Offset PORP is allowing surgeon's visibility of the superstructure of stapes during surgery.
The position of the shaft permits a direct, rather than angled stapes to tympanum placement.
Easily Trimmable from 5.00mm-2.00mm in length.
Both the Fluoroplastic Universal Middle Ear Prostheses are having partially cannulated shaft which allow usage as Total prosthesis from Tympanic membrane to Footplate and Partial prosthesis from Tympanic membrane to stapes head as well. Only one Universal Middle Ear prosthesis requires in case of both total or Partial prosthesis requirements.
Design Benefits
Only one Universal prosthesis is required for a surgery as the length can be cut as per requirement.
Offset prosthesis is allowing surgeonâ??s visibility of the superstructure of stapes or footplate during surgery.
Stable design provides maximum sound output.
Offers best possible length selection.
In case of Offset prosthesis, the position of shaft permits a direct, rather than angled, union between footplate or stapes head and tympanic membrane.
Centered prosthesis is conventional design.
Both prosthesis are Much Biocompatible with biological Tissue.
