KURZ® CliP Partial FlexiBal®

Short Video Summary

 

Description

CLiP Partial FlexiBAL® Prosthesis

After reconstruction of the auditory ossicular chain the implant can be susceptible to the environmental changes including dislocation. With an integrated Micro Ball Joint in the head plate the FlexiBAL can follow the macro movements of the tympanic membrane and continually align itself managing some of the disloctation effects. In addition, the moveable head plate counteracts tension, especially at the annual ligament of the stapes footplate.

The unique CliP Design provides the prosthesis with stability and standardizes coupling to the stapes head.

  • Follows the movements of the tympanic membrane
  • Moveable head plate counteracts tension
  • The Original CliP: designed for optimized acoustical transmission
  • Reduced risk of dislocation by clip attachments

Features

  • Micro Ball Joint for moveable head plate
  • The Original CliP: designed for optimized acoustical transmission
  • Fine, elegant design
  • Fenestrated head plate
  • Partially roughened surface
  • Pure titanium (ASTM F67 Medical Grade)
  • Finely balanced weight distribution
  • MR conditional for the future: 7.0 Tesla (www.kurzmed.com)

Benefits

  • Follows the movements of the tympanic membrane
  • Moveable head plate counteracts tension
  • Standardizes coupling to the stapes head and reduced risk of dislocation by clip attachments
  • Maximum intraoperative visibility
  • Clinically evaluated
  • Excellent biocompatibility
  • Fixed length prosthesis family available in 0.25 mm increments. Shortening not necessary

LENGTH L (mm)FL (mm)REF
1.750.751002 350
2.001.001002 351
2.251.251002 352
2.501.501002 353
2.751.751002 354
3.002.001002 355
3.252.251002 356
3.502.501002 357

FL: Functional Length

Shaft Diameter: 0.2 mm

Special sizes upon request

Further information

For more information call us on 01264 332172, email info@CCMed.co.uk or complete our enquiry form.

Clinical Abstracts for the CLiP Partial FlexiBal can be read here

All scientific abstracts and abstracts on others areas of Ossiculoplasty can be read here