Smart Offer - SmartFlag

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Next case

Temporary restoration for immediate loading of implants.

Milled or printed

Case no. 1

Protocol 01/ If you have a printer or milling machine
in your clinic, and your CAD designer
prepares the design online.

01 / Dentist

Do the intraoral scans using Scanbody SmartFlag and send them to the laboratory.

02 / Technician

Download the library containing Scanbody SmartFlag and Multi Titanium Base. Make sure to use proper library for chosen length S/M/L while using Multi Titanium Base.

03 / Technician

Design the restoration using received scans and downloaded library.

04 / Technician

Send the design to the Dentist.

05 / Dentist

Print or mill the restoration based on the design received from the Technician.

06 / Dentist

Adjust Multi Titanium Base by cutting it to the proper length (S/M/L) adapted to the design and attach them to the restoration.

07 / Dentist

Screw the restoration into the patient’s mouth intraoperatively.

Protocol 02/ If you have a lab in your clinic or
you cooperate with local technician.

01 / Dentist

Do the intraoral scans using Scanbody SmartFlag and send them to the laboratory.

02 / Technician

Download the library containing Scanbody SmartFlag and Multi Titanium Base. Make sure to use proper library for chosen length S/M/L while using Multi Titanium Base.

03 / Technician

Print or mill the restoration based on the prepared design. Adjust Multi Titanium Base by cutting it to proper length (S/M/L) adapted to the design and attach them to the restoration.

04 / Technician

Hand over the final restoration to the Doctor.

05 / Dentist

Collect the case from the technician and screw it into the patient’s mouth intraoperatively.

Protocol

1/2

Required components

Scanbody SmartFlag by APOLLO

Multi Titanium Base

Multi Titanium Base multiSHIFT36°

Libraries CAD/CAM

Back

Next case

Full-contour structure on multi-unit abutments using Multi Titanium Base.

Materials: PMMA/PEEK/ZrO₂

Case no. 2

Protocol

01 / Dentist

Do the intraoral scans using Scanbody SmartFlag and send them to the laboratory.

02 / Technician

Download the library containing Scanbody SmartFlag and Multi Titanium Base. Make sure to use proper library for chosen length S/M/L while using Multi Titanium Base.

03 / Technician

Mill the structure by yourself or in a milling centre recommended by APOLLO (try-in is recommended before the final restoration).

04 / Technician

Adjust Multi Titanium Base by cutting it to proper length (S/M/L) adapted to the design.

05 / Technician

Complete the prosthetic work on the structure according to the dentist’s order.

06 / Technician

Attach the adjusted Multi Titanium Base to the restoration and hand it over to the dentist.

07 / Dentist

Collect the restoration from the technician and screw it into the patient’s mouth.

Required components

Scanbody SmartFlag by APOLLO

Multi Titanium Base

Multi Titanium Base multiSHIFT36°

One Lock Digital Analog - in case of using printed model

Libraries CAD/CAM

Back

Next case

Full-contour structure from within multi-unit abutments on titanium bar.

Materials: PMMA/PEEK/ZrO₂

Case no. 3

Protocol

01 / Dentist

Do the intraoral scans using Scanbody SmartFlag and send them to the laboratory.

02 / Technician

Download the library for Scanbody SmartFlag by APOLLO and design the case using received scans.

03 / Technician

Design the structure: titanium and full-contour part at the same time (try in is recommended before final restoration).

04 / Technician

Mill the structure by yourself or in a milling centre recommended by APOLLO.

05 / Technician

Complete the prosthetic work on the structure according to the dentist’s order and hand it over to the doctor’s office.

06 / Dentist

Collect the restoration from the technician and screw it into the patient's mouth.

Required components

Scanbody SmartFlag by APOLLO

One Lock Digital Analog - in case of using printed model

Libraries CAD/CAM

Back

Next case

Structure for veneering on multi-unit abutments with the usage of Multi Titanium Base/Multi Titanium Base multiSHIFT36°.

Materials: Ti/CoCr/PEEK/ZrO₂
Facing materials: acrylic/composite/ceramics

Case no. 4

Protocol

01 / Dentist

Do the intraoral scans using Scanbody SmartFlag and send them to the laboratory.

02 / Technician

Download the library containing Scanbody SmartFlag, Multi Titanium Base / Multi Titanium Base MultiShift 36 and One Lock Digital Analog. Make sure to use proper library for chosen length S/M/L while using Multi Titanium Base.

03 / Technician

Design the structure using received scans and downloaded library.

04 / Technician

Mill the structure by yourself or in a milling centre recommended by APOLLO (try-in is recommended before the final work).

05 / Technician

Adjust Multi Titanium Base by cutting it to proper length (S/M/L) adapted to the design.

06 / Technician

Design a digital model using library for One Lock Digital Analog and print it.

06 / A

Place the One Lock Digital Analog in the model using a dedicated tightening screwdriver.

07 / Technician

Complete the prosthetic work on the structure according to the dentist’s order.

08 / Technician

Attach the adjusted Multi Titanium Base to the restoration and hand it over to the dentist.

09 / Dentist

Collect the restoration from the technician and screw it into the patient’s mouth.

Required components

Scanbody SmartFlag by APOLLO

Multi Titanium Base

Multi Titanium Base multiSHIFT36°

One Lock Digital Analog - in case of using printed model

Libraries CAD/CAM

Back

Next case

Structure for veneering from within multi-unit abutments on titanium bar.

Materials: Ti/CoCr/PEEK/ZrO₂
Facing materials: acrylic/composite/ceramics

Case no. 5

Protocol

01 / Dentist

Do the intraoral scans using Scanbody SmartFlag and send them to the laboratory.

02 / Technician

Download the library containing Scanbody SmartFlag and One Lock Digital Analog.

03 / Technician

Design the case using received scans and downloaded library.

04 / Technician

Mill the structure by yourself or in a milling centre recommended by APOLLO ( try-in is recommended before final restoration).

05 / Technician

Design a digital model using One Lock Digital Analog library and print it.

05 / A

Place the One Lock Digital Analog in the model using a dedicated tightening screwdriver.

06 / Technician

Complete the prosthetic work on the structure according to the dentist’s order and hand it over to the doctor’s office.

07 / Dentist

Collect the final restoration from the technician and screw it into the patient's mouth.

Required components

Scanbody SmartFlag by APOLLO

One Lock Digital Analog - in case of using printed model

Libraries CAD/CAM

Back

Next case

Retention bar for removable restoration on multi-unit abutments.

Materials: Ti

Case no. 6

Protocol

01 / Dentist

Do the intraoral scans using Scanbody SmartFlag and send them to the laboratory.

02 / Technician

Download library for Scanbody SmartFlag by APOLLO and use it to design the bar (try in is recommended before final restoration).

03 / Technician

Mill the bar by yourself or in the milling centre recommended by APOLLO, and deliver the bar to the doctor’s office.

04 / Dentist

Collect the bar from the technician and screw it into the patient's mouth.

05 / Dentist

Complete the protocol in digital or analog way.

Required components

Scanbody SmartFlag by APOLLO

One Lock Digital Analog - in case of using printed model

Libraries CAD/CAM

Back

Next case

Retention bar for removable restoration using Multi Titanium Base.

Materials: Ti/Zr

Case no. 7

Protocol

01 / Dentist

Do the intraoral scans using Scanbody SmartFlag and send them to the laboratory.

02 / Technician

Download library for Scanbody SmartFlag by APOLLO and Multi Titanium Base / Multi Titanium Base Multishift 36°. Make sure to use proper library for chosen length S/M/L while using Multi Titanium Base.

03 / Technician

Design the bar based on received scans and downloaded library (try-in is recommended before final restoration).

04 / Technician

Mill the bar by yourself or in a milling center recommended by APOLLO.

05 / Technician

Adjust Multi Titanium Base by cutting it to proper length (S/M/L) adapted to the design and attach it to the bar.

06 / Technician

Hand over the bar to the dentist.

07 / Dentist

Collect the bar from the technician and screw it into the patient's mouth.

08 / Dentist

Complete the protocol in digital or analog way.

Required components

Scanbody SmartFlag by APOLLO

Multi Titanium Base

Multi Titanium Base multiSHIFT36°

One Lock Digital Analog - in case of using printed model

Libraries CAD/CAM

Back

Scanbody SmartFlag by APOLLO

Scanbody SmartFlag

8 pieces including screw

Choose the implant system

Quantity

Price

1349 €

Multi Titanium Base

Titanium base including screw

Choose the implant system

Quantity

Price

49 €

Multi Titanium Base Multishift 36°

Multi Titanium Base multiSHIFT36°

Titanium base with angulated screw channel up to 36° including screw

Choose the implant system

Quantity

Price

72 €

One Lock Digital Analog

Digital analog

Choose the implant system

Quantity

Price

38 €

multiSHIFT36° Screwdriver

Screwdriver for angulated screw channel up to 36°

Length

Quantity

Price

56 €

Handle for screwdriver

Handle manufactured by APOLLO compatible with e.g. multiSHIFT36° screwdriver

Quantity

Price

56 €

One Lock Digital Analog Screwdriver

Screwdriver for digital analog

Quantity

Price

21 €

Clinical Screw Muli-unit

Choose the implant system

Quantity

Price

17 €

Laboratory Screw Muli-unit

Choose the implant system

Quantity

Price

17 €

Clinical Screw Muli-unit multiSHIFT36°

Choose the implant system

Quantity

Price

21 €

Laboratory Screw Muli-unit multiSHIFT36°

Choose the implant system

Quantity

Price

21 €

Scanbody Multi-unit

Scanbody with an anti-reflex surface adapted to work with laboratory scanners. It includes an integrated screw that facilitates working.

Wybierz system implantologiczny

Quantity

Price

55 €

Delivery

60 €

ALL PRICES DO NOT INCLUDE TAX

Billing data

Shipping data

The same as the billing data

TOTAL: 0 €

Temporary restoration for immediate loading of implants.

Milled or printed

Full-contour structure on multi-unit abutments using Multi Titanium Base.

Materials: PMMA/PEEK/ZrO₂

Full-contour structure from within multi-unit abutments on titanium bar.

Materials: PMMA/PEEK/ZrO₂

Structure for veneering on multi-unit abutments with the usage of Multi Titanium Base/Multi Titanium Base multiSHIFT36°.

Materials: Ti/CoCr/PEEK/ZrO₂ Facing materials: acrylic/composite/ceramics

Structure for veneering from within multi-unit abutments on titanium bar.

Materials: Ti/CoCr/PEEK/ZrO₂ Facing materials: acrylic/composite/ceramics

Retention bar for removable restoration on multi-unit abutments.

Materials: Ti

Retention bar for removable restoration using Multi Titanium Base.

Materials: Ti/Zr

Materials: Ti/CoCr/PEEK/ZrO₂
Facing materials: acrylic/composite/ceramics

Materials: Ti/CoCr/PEEK/ZrO₂
Facing materials: acrylic/composite/ceramics