Product Description
Open lock Transfer H2.43 for open tray (902545) - The transfer consists of two parts - a cylindrical sleeve and a fastening screw. Diameter 4.5 mm, height 13 mm. Made of stainless steel. The sleeve is a supragingival structure and has a 2.43 mm hexagon on the end part. The transfer sleeve enters the implant like a closing lock. The transfer sleeve is connected directly to the implant with a fastening screw (712012). Used in conjunction with a 1.27 mm Allen key (431412, etc.).
Used to take impressions
with a open spoon from osseointegrated implants: UNIQUE 3.75 mm, 4.2 mm, 5.0
mm; 6.0 mm, PERFECT 4.2 mm, 5.0 mm; 6.0 mm, PRIMA 3.3 mm; 3.75 mmd; 4.2 mmd;
5.0 mm; 6.0 mm and from any other osseointegrated implants with an internal
connection H2.43.
The impression transfer is a device used by implantologists to accurately transfer the position of an osseointegrated implant from the oral cavity to a plaster model using the closed tray impression method.
The transfer
is intended for single use. The medical product in the package is not sterile. Autoclave
sterilization at 135 °C / 274 °F is recommended before use. The
dentist/maxillofacial surgeon should be properly familiar with the technology
of using the transfer.
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Before using
DMi products, the dentist/maxillofacial surgeon/dental technician should
carefully read the indications, contraindications, recommendations, warnings
and instructions, as well as all other product information (product
description, surgical and reconstructive equipment description, catalog, etc.).
DMi also recommends attending our relevant continuing education courses, which
are conducted on-site and remotely by authorized DMi specialists. The above
documents and detailed information on the training courses are available from
the relevant representatives in different countries and on the company website:
www.dmimplant.online
Product
Description:
Open lock Transfer
H2.43 for open tray (902545) - The transfer consists of two parts - a
cylindrical sleeve and a fastening screw. Diameter 4.5 mm, height 13 mm. Made
of stainless steel. The sleeve is a supragingival structure and has a 2.43 mm
hexagon on the end part. The transfer sleeve enters the implant like a closing
lock. The transfer sleeve is connected directly to the implant with a fastening
screw (712012). Used in conjunction with a 1.27 mm Allen key (431412, etc.). Used to take impressions
with a open spoon from osseointegrated implants: UNIQUE 3.75 mm, 4.2 mm, 5.0
mm; 6.0 mm, PERFECT 4.2 mm, 5.0 mm; 6.0 mm, PRIMA 3.3 mm; 3.75 mmd; 4.2 mmd;
5.0 mm; 6.0 mm and from any other osseointegrated implants with an internal
connection H2.43.
Warnings:
The transfer
is intended for single use. The medical product in the package is not sterile. Autoclave
sterilization at 135 °C / 274 °F is recommended before use. The
dentist/maxillofacial surgeon should be properly familiar with the technology
of using the transfer.
Indications:
The
impression transfer is a device used by implantologists to accurately transfer
the position of an osseointegrated implant from the oral cavity to a plaster
model using the closed tray impression method.
Contraindications
1. Lack of
osseointegration of the dental implant;
2. Allergy
to metals;
3. Trismus
of the masticatory muscles,
4. Poor
mouth opening
5. Increased
gag reflex
Procedure
for use:
An open-tray
impression using an implant transfer allows for a more accurate “transfer” of
the implantation site from the oral cavity to the model, compared to a
closed-tray impression. This method consists of several stages:
- the
gingiva former is unscrewed using a 1.27 mm Allen key;
- the
transfer (902545) is installed in the internal hexagon of the implant;
- the screw
(712012) passes through the hollow opening of the transfer and fixes the
transfer in the internal thread of the implant using a 1.27 mm Allen key;
- the outer
opening of the screw (712012), where the Allen key was inserted, is covered
with wax to prevent impression material from getting into it;
- the
impression tray must have an opening on the occlusal surface to access the
fixing screw (712012) of the transfer;
- the
impression is obtained using the “sandwich” method (two-layer impression). Both
layers of the impression material (inner with low viscosity and outer with high
viscosity) are introduced into the oral cavity simultaneously. It is also
possible to use one material of medium viscosity;
- remove
excess impression material from the occlusal surface to provide access to the
fixing screw of the transfer (712012);
- after the
impression mass has hardened, unscrew the screw (712012) from the implant and
remove it from the impression and transfer using a 1.27 mm Allen key,
- remove the
impression together with the transfer from the oral cavity (the transfer is
inside the impression);
- a
laboratory analogue of the implant is attached to the transfer using a screw
(712012) - a part simulating the endosseous part of the implant (920038, etc.)
and the result is a structure "impression + transfer + analogue".
- the
impression is handed over to the dental technician;
- the dental
technician creates an imitation of the gum with elastic plastic in the area of
the implant analogues, casts the impression with super plaster,
- then the
screw (712012) is unscrewed from the analogue;
- the dental
technician separates the impression + transfer from the laboratory analogue,
which is in plaster (as a result, an analogue representing the implant appears
inside the model, and around it - imitation of the gum).
- the
resulting model is used in the dental laboratory to manufacture a prosthesis on
an osseointegrated implant.
Disclaimer:
DMi, the
importer and supplier of DMi products, is not responsible for complications,
other negative consequences or damage that may arise due to reasons such as
incorrect indications or prosthetic technique, incorrect selection of the
transfer or analogue, improper use or handling of instruments, etc. The
dentist/maxillofacial surgeon is responsible for any such complications or
other consequences. The dentist/maxillofacial surgeon must be properly trained
in the use of the technology in specialized DMi courses.