Website intended for professional users with knowledge or professional experience that enable the use of SmartFlags for their intended purpose.
I declare that:
Discover the features
of SmartFlag by APOLLO
A technological breakthrough in full
digital protocol for IOS all-on-x cases
(01.) Why SmartFlag
Why you should use SmartFlag and
what problems does it solve?
01
Ensures fully
digital protocol
SmartFlag enables full elimination of analog protocols, including impression masses, which is
associated with greater comfort for the patient. Shortens the time of visits and reduces their number
to 2-3.
02
Maintains
continuity of scan
Due to its unique shape with a large reference surface, the solid of SmartFlag enables a smooth
scanning process, accurately reproducing the position of the implants.
03
Improves cooperation
with the laboratory
It eliminates the need to send physical impressions, which speeds up the process of preparing
prosthetic cases and gives the possibility of immediate loading.
With SmartFlags you can do immediate loading up to 48 hours, in a full digital protocol.
(02.) Types of SmartFlags
Available types
of SmartFlag
Multiunit Level
Single-wing
Multiunit Level
Double-wing
SmartFlag Kit
Set includes 8 pieces of Scanbody SmartFlag by APOLLO™ with individual markings:
- 4 pcs. Single-wing
- 4 pcs. Double-wing
A
B
C
D
E
F
G
H
- letters A, B, C, D for single wing scanbody
- letters E, F, G, H for double wing scanbody, identifying different types of scanbody for the same system/platform/DIAMETer MU.
(03.) Features
(01.)
The shape of SmartFlag solids and their two types of 1- or 2-wing allow for optimal filling of spaces between implants.
(02.)
The optimal height of SmartFlag, different for the scanbody from the implant and multi-unit level, facilitates clinical work.
(03.)
Characteristic geometry and large reference area ensures precise matching of CAD libraries.
(04.)
Unique marks on each scanbody allow for a smooth scanning process, without the need to "block" previously scanned scanbodies.
(05.)
Clear markings allow for easy identification of a compatible implant system.
(06.)
Side cuts show the implant axis.
(07.)
The anti-reflective surface of the entire scanbody, provided by the medical polymer PEEK, facilitates the scanning process.
(08.)
Titanium provides a tight connection with the implant.
(09.)
Scanbody durability, up to 100 sterilization cycles, ensured by high quality medical materials
(10.)
Certified medical materials titanium alloy Ti6Al4V ELI (grade 23)
The shape of SmartFlag solids and their two types of 1- or 2-wing allow for optimal filling of spaces between implants.
The optimal height of SmartFlag, different for the scanbody from the implant and multi-unit level, facilitates clinical work.
Characteristic geometry and large reference area ensures precise matching of CAD libraries.
Unique marks on each scanbody allow for a smooth scanning process, without the need to "block" previously scanned scanbodies.
Clear markings allow for easy identification of a compatible implant system.
Side cuts show the implant axis.
The anti-reflective surface of the entire scanbody, provided by the medical polymer PEEK, facilitates the scanning process.
Titanium provides a tight connection with the implant.
Scanbody durability, up to 100 sterilization cycles, ensured by high quality medical materials
Certified medical materials titanium alloy Ti6Al4V ELI (grade 23)
Features
(04.) Scanners and scanning
Correct SmartFlag
placement:
From now on, you can use the full capabilities of your scanner for all-on-x implant cases
View user manual
01
Choose the type of SmartFlag depending on the clinical conditions
(1 or 2 wings) – match their type to the space between the implants
02
Always use SmartFlag with different symbols
on a flat reference surface, pay special attention to this when using different implant platforms or different implant systems
03
Place SmartFlag along the appendix
if clinical conditions allow
04
Place SmartFlag so that they do not touch each other
(while maintaining the smallest distance between SmartFlag) – check with dental floss whether the appropriate distances are maintained – the floss should loosely pass between SmartFlag
05
tighten the SmartFlag using a screwdriver
dedicated to the implant system used – screwing force 15 Ncm
06
Do an X-ray picture
to confirm the correct placing of scanbody
Scanner settings
Settings
SmartFlag
scanning
The unique shape with a large reference surface of the SmartFlag by APOLLO solid, ensures a smooth
scanning process, giving confidence in reproducing the implant position.
01
Start with a scan of the full arch with SmartFlag.
Do a smooth motion so that they are all scanned, and return by scanning with a sweeping motion
02
Scanner tip
cannot touch the Smartflag
03
Maintain a balanced scan rate
and do not lose the SmartFlag view from scanner registration field
04
Pay extra attention
when switching from one SmartFlag to another – make sure that the scanner tip covered both SmartFlag in the registration field at the same time
05
If the scanning process is interrupted or stopped
start the process again from the place with the registered characteristic surface.
06
Remember to register all SmartFlag
reference surfaces during the scanning process
07
Send the video
of the scanning process to your laboratory/milling center
Examples of
SmartFlag placement
Digital workflow usable
with 3shape and exocad
Direct connection / multi titanium base + digital analog included
Direct connection / multi titanium base, Model Creator
Necessary components
Multi Titanium Base
