ILZ Mini Implants

 

 

Mini dental implants for the management

of the

Atrophic maxilla and mandible

ILZ Mini Implants

For the management of the

atrophic maxilla and mandible

ILZ Mini Implants

Mini dental implants for the management

of the

atrophic maxilla and mandible

The ILZ Mini Implant Solution

The use of the mini dental implants to retain complete overdentures provides an alternative treatment modality for elderly patients in the management of unretentive dentures. Minimally invasive dentistry is of increasing importance to the modern dentist, and where appropriate can be applied to improve denture stability and function for patients.

Unique Hexagonal Collar

No sharp angles for better soft tissue adaptation around neck of implant

Popular Co-Axis®

Optional built-in 12° angle correction above soft tissue for optimal use of available bone

One Piece Implant

Ø1.8 mm ball head

 

High Strength Titanium

Enables exceptional
fatigue strength
functionality

SInergy Surface

Alumina-blasted surface
with over 20 years
of clinical results

Apical Threads

For maximum
primary stability
in trabecular bone

Unique Hexagonal Collar

No sharp angles for better soft tissue adaptation around neck of implant

Popular Co-Axis®

Optional built-in 12° angle correction above soft tissue for optimal use of available bone

One Piece Implant

Ø1.8 mm ball head

High Strength Titanium

Enables exceptional
fatigue strength
functionality

SInergy Surface

Alumina-blasted surface
with over 20 years
of clinical results

Apical Threads

For maximum
primary stability
in trabecular bone

Technical Facts
  • One piece implant with a ⌀1.8 mm ball head
  • Rounded hexagonal collar
  • Aggressive apical thread
  • ⌀2.4 mm diameter
  • Available in lengths ranging from 8.5 – 13 mm
  • 12° Co-Axis® enabled
  • 3 mm and 4.8 mm collars are available
  • Compatible with 3 retaining clip options (standard, soft and extra-soft)
Surgical Benefits
  • Narrow ⌀2.4 mm diameter enables ILZ as a treatment modality in elderly patients
  • Pure high strength titanium enables exceptional fatigue strength (>920 MPa)
  • Aggressive thread for maximum primary stability in trabecular bone
  • Popular Co-Axis® feature with built-in 12° angle correction above the soft tissue
Prosthetic Benefits
  • Unique hexagonal collar with no sharp angles allows for better soft tissue adaptation around the neck of the implant
  • Compatible with 3 retaining clip options (standard, soft and extra-soft)
Instructions for Use (IFU)
References
Alshenaiber, R., Silikas, N. and Barclay, C., 2022. Does the Length of Mini Dental Implants Affect Their Resistance to Failure by Overloading?. Dentistry Journal, 10(7), p.117.

Alshenaiber, R., Barclay, C. and Silikas, N., 2022. The Effect of Number and Distribution of Mini Dental Implants on Overdenture Stability: An In Vitro Study. Materials, 15(9), p.2988.

Ma, S., Tawse‐Smith, A., De Silva, R.K., Atieh, M.A., Alsabeeha, N.H. and Payne, A.G., 2016. Maxillary three‐implant overdentures opposing mandibular two‐implant overdentures: 10‐year surgical outcomes of a randomized controlled trial. Clinical Implant Dentistry and Related Research, 18(3), pp.527-544.

Van Doorne, L., Gholami, P., D’haese, J., Hommez, G., Meijer, G. and De Bruyn, H., 2020. Three-dimensional radiographic outcome of free-handed flaplessly placed mini dental implants in edentulous maxillae after 2-years function. Journal of clinical medicine, 9(7), p.2120.

Barclay, C.W., Jawad, S. and Foster, E., 2018. Mini Dental Implants in the Management of The Atrophic Maxilla and Mandible: A New Implant Design and Preliminary Results. The European Journal of Prosthodontics and Restorative Dentistry, 26(4), pp.190-196.

Jawad, S., Barclay, C., Whittaker, W., Tickle, M. and Walsh, T., 2017. A pilot randomised controlled trial evaluating mini and conventional implant retained dentures on the function and quality of life of patients with an edentulous mandible. BMC Oral Health, 17(1), pp.1-14.