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Product Code: MUM1.6H2.1-2.43
Brand: DMi
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Product Description
Multi Unit M1.6 for Implant H2.1–H2.43
The Multi Unit M1.6 for Implant H2.1–H2.43 is a straight esthetic titanium multi-unit abutment connector designed for screw-retained prosthetic restorations on dental implants. The component features a shoulder design without an anti-rotation element and includes a 1/72 UNF external thread for prosthetic fixation.
The abutment has a 0° body angulation relative to the implant axis, allowing straight prosthetic restoration positioning and precise prosthetic alignment. It connects directly to the implant by screwing into the internal thread of implants H2.1–H2.43.
Manufactured from medical-grade titanium alloy Ti6Al4V ASTM F136, the multi-unit abutment provides excellent mechanical strength, biocompatibility, dimensional accuracy, and long-term durability for prosthetic applications.
The component is intended for use with titanium prosthetic screw M1.6 (Ref. 701200) for fixation of permanent screw-retained restorations.
Key Features
- Straight multi-unit abutment with 0° angulation
- Shoulder design without anti-rotation feature
- 1/72 UNF external prosthetic thread
- Designed for screw-retained restorations
- Direct implant connection to H2.1–H2.43 interface
- Compatible with multiple implant platforms
- Precision-machined titanium construction
- Compatible with 1.25 mm hex driver
Available Versions / References
- Titanium prosthetic screw M1.6: 701200
- Implant interface: H2.1–H2.43
Compatible Implant Systems
- UNIQUE Implant: 3.0 mm, 3.3 mm, 3.75 mm, 4.2 mm, 5.0 mm, 6.0 mm, 8.0 mm
- PERFECT Implant: 3.75 mm, 4.2 mm, 5.0 mm, 6.0 mm
- PRIMA Implant: 3.3 mm, 3.75 mm, 4.2 mm, 5.0 mm, 6.0 mm
Technical Specifications
- Shoulder diameter: 4.7 mm
- Angulation: 0°
- External thread: 1/72 UNF
- Hex connection: 1.25 mm
- Material: Ti6Al4V ASTM F136 titanium alloy
Material
Manufactured from medical-grade titanium alloy Ti6Al4V ASTM F136, providing:
- High mechanical strength
- Excellent biocompatibility
- Corrosion resistance
- Precision and long-term durability
- Reliability for permanent prosthetic restorations
Clinical / Laboratory Application
- Screw-retained prosthetic restorations
- Multi-unit implant prosthetic workflows
- Full-arch and partial restorations
- Permanent prosthetic structure fixation
- Implant-supported restorative procedures
Sterilization
Before clinical use, the product must be sterilized in an autoclave at 135°C / 274°F.
Advantages
- Precise prosthetic positioning
- Stable screw-retained connection
- Straight 0° restoration alignment
- Broad implant compatibility
- Durable titanium construction
- Supports predictable long-term prosthetic outcomes
The Multi Unit M1.6 for Implant H2.1–H2.43 is a straight esthetic titanium multi-unit abutment connector designed for screw-retained prosthetic restorations on dental implants. The component features a shoulder design without an anti-rotation element and includes a 1/72 UNF external thread for prosthetic fixation.
The abutment has a 0° body angulation relative to the implant axis, allowing straight prosthetic restoration positioning and precise prosthetic alignment. It connects directly to the implant by screwing into the internal thread of implants H2.1–H2.43.
Manufactured from medical-grade titanium alloy Ti6Al4V ASTM F136, the multi-unit abutment provides excellent mechanical strength, biocompatibility, dimensional accuracy, and long-term durability for prosthetic applications.
The component is intended for use with titanium prosthetic screw M1.6 (Ref. 701200) for fixation of permanent screw-retained restorations.
Key Features
- Straight multi-unit abutment with 0° angulation
- Shoulder design without anti-rotation feature
- 1/72 UNF external prosthetic thread
- Designed for screw-retained restorations
- Direct implant connection to H2.1–H2.43 interface
- Compatible with multiple implant platforms
- Precision-machined titanium construction
- Compatible with 1.25 mm hex driver
Available Versions / References
- Titanium prosthetic screw M1.6: 701200
- Implant interface: H2.1–H2.43
Compatible Implant Systems
- UNIQUE Implant: 3.0 mm, 3.3 mm, 3.75 mm, 4.2 mm, 5.0 mm, 6.0 mm, 8.0 mm
- PERFECT Implant: 3.75 mm, 4.2 mm, 5.0 mm, 6.0 mm
- PRIMA Implant: 3.3 mm, 3.75 mm, 4.2 mm, 5.0 mm, 6.0 mm
Technical Specifications
- Shoulder diameter: 4.7 mm
- Angulation: 0°
- External thread: 1/72 UNF
- Hex connection: 1.25 mm
- Material: Ti6Al4V ASTM F136 titanium alloy
Material
Manufactured from medical-grade titanium alloy Ti6Al4V ASTM F136, providing:
- High mechanical strength
- Excellent biocompatibility
- Corrosion resistance
- Precision and long-term durability
- Reliability for permanent prosthetic restorations
Clinical / Laboratory Application
- Screw-retained prosthetic restorations
- Multi-unit implant prosthetic workflows
- Full-arch and partial restorations
- Permanent prosthetic structure fixation
- Implant-supported restorative procedures
Sterilization
Before clinical use, the product must be sterilized in an autoclave at 135°C / 274°F.
Advantages
- Precise prosthetic positioning
- Stable screw-retained connection
- Straight 0° restoration alignment
- Broad implant compatibility
- Durable titanium construction
- Supports predictable long-term prosthetic outcomes
Reviews
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Multi- Unit M1.6 for Implant H2.1-H2.43
Multi-unit method
For bridge prostheses with screw fixation and using a multi-unit.
Main characteristics: Abutments, fixed prosthetics, screw fixation, prosthesis on an abutment.
The impression is obtained using the open spoon method with screw-fixed transfer on a multi-unit or using intraoral scanning using scan transfers with screw-fixed transfer on a multi-unit. For this method, straight and angular multi-units are used - this is a non-removable abutment with a ledge in the crown part, having a convergence of the walls at an angle of 30 degrees (straight - 610537, etc., angular 15 degrees - 630537, etc., angular 25 degrees - 631537, etc.). 610537, etc., 610548, etc., 611520, etc., 611557, etc., 631537, etc. These devices are intended only for restoration on two or more osseointegrated implants. The ledge should be installed below the level of the gingival margin to achieve an aesthetic result. Multi-units have a height of 0.5 mm, 1.5 mm, 2.5 mm, 3.5 mm, 4.5 mm and are selected in accordance with the thickness of the gum and the height of the gingival margin above the implant. The doctor removes the gingival former from the implant and selects a multi-unit for each implant in accordance with the height of the gingival margin. After this, an impression is taken:
- The First option is by the open spoon method using a transfer (900037, etc.) ,
- The Second option is scanned using a transfer sphere for scanning (900137, etc.).
Option 1
The dentist removes the healing cap (240347, etc.) from the multi-unit. Installs the multi-unit transfers (900037) for the open tray and fixes them with the transfer screw. It is advisable to connect the transfers between themselves with quick-hardening plastic. A hole is made in the impression tray for the transfer screws. The first and second layers are mixed and introduced simultaneously. After the impression mass has hardened, the transfer screws are unscrewed. When taking an impression from the oral cavity, the transfers (900037) remain inside the impression mass. After taking the impression and removing the transfer from the multi-unit, the healing cap (240347, etc.) is screwed onto the multi-unit. The impression is sent to the dental technician. The technician screws the transfers (900037) into the impression mass using a transfer screw, a laboratory analogue of the multi-unit (920037) and makes a plaster model with analogues of an osseointegrated implant + multi-unit.
Dental laboratory.
The technician attaches a laboratory analogue of the multi-unit (920037) to the multi-unit transfers (900037), which are in the impression, using a transfer screw and makes a plaster model with analogues of the osseointegrated implant + multi-unit.
Then there are several options:
- The technician attaches titanium sleeves for the multi-unit (680048) to the analogues of the multi-unit (920037). Models and makes a temporary plastic prosthetic structure with screw fixation. The finished temporary prosthetic structure with screw fixation is transferred to the clinic. -Another method of manufacturing permanent prosthetics on multi-units in the dental laboratory - the technician attaches plastic sleeves for the multi-unit (680047) to the multi-unit analogues (920037) for modeling and casting a metal base for a permanent or temporary prosthetic structure with screw fixation. After receiving the metal part of the prosthetic structure, the dentist removes the healing cap (240347, etc.) from the multi-unit, inserts a permanent or temporary metal structure onto the multi-unit and fixes it to the multi-unit using a titanium screw M1.6 (701200). Checks that the metal body/structure passively rests on the multi-unit. Then it is necessary to tighten the screw with a force of at least 30 N to fix the prosthesis and an X-ray is taken to ensure the accuracy of the fit of the prosthetic structure on the ledge of the multi-unit. If the fit is not accurate, it is necessary to cut the body/structure, attach each fragment separately and connect them using fast-hardening acrylic, then repeat the try-in and achieve a passive fit of the prosthesis. If the body/structure is attached well, the dentist selects the color of the veneer and hands it over to the technician for porcelain veneering. After the body/structure is removed from the multi-unit, a healing cap (240347, etc.) is screwed onto the multi-unit.
- Another method of making temporary and permanent prosthetics on multi-units in a dental laboratory is that the technician attaches a scan transfer (900137) to the multi-unit analogs (920037) on the model, then scans, obtains a virtual model and models and makes a prosthetic structure using a program. Then a titanium base (690764) is cemented to the manufactured prosthetic structure. The finished prosthetic structure with screw fixation is transferred to the clinic.
- Another method of making temporary and permanent prosthetics on multi-units in a dental laboratory - a technician attaches titanium sleeves for multi-units (680048) to the analogs of multi-units (920037) on the model. The technician can cut off part of the sleeve, process it according to the indications, . Then he scans, gets a virtual model and, using the program, models and makes a prosthetic structure. Then he cements titanium sleeves for multi-units (680048) to the prosthetic structure with or without trimming, depending on which part was scanned. The finished prosthetic structure with screw fixation is transferred to the clinic.
The Second option is scanned using a scanning transfer sphere (900137, etc.).
Option 2
The dentist removes the healing cap (240347, etc.) from the multi-unit. Installs the scan transfers of the multi-unit (900137) on the multi-unit and fixes it with a titanium screw (701200). Scanning is performed with an intraoral camera. After removing the scan and removing the transfer from the multi-unit, the healing cap (240347, etc.) is screwed onto the multi-unit. The file is sent by e-mail to the dental technician.
Dental laboratory.
Then there are:
1st - The technician uses the program to print a plastic model using a digital laboratory analogue of the multi-unit (921037) and receives a model with analogues of the osseointegrated implant + multi-unit. And it can work as indicated above. The plastic model with analogs and the plaster model with analogs are identical.
2st - The technician, using the program, prepares a virtual model with virtual analogs. And then using the program on the virtual model, builds permanent prosthetics using a titanium base for multi-units (690764).
Important points are the accuracy of the fit of permanent prosthetics on multi-units. Intraoral scanners can give distortions from 30 to 300 microns. And this does not provide an accurate fit of permanent prosthetics on multi-units. To solve this problem, use the "Index" - the creation of an additional geometric model.
There are 2 types of "Index":
- First use of a special scanner with sensors for building geometric models. Then this geometric model is connected with intraoral scanning and this increases the accuracy of the virtual model with analogs of multi-units.
- Second use of multi-unit transfers for an open spoon (900037). We install transfers (900037) on multi-units using a transfer screw. We connect the transfers with quick-hardening plastic. We unscrew the transfer screw and remove the transfers from the oral cavity. We connect the transfers (900037) with the analogs of the multi units (920037) using the screw of the transformer. We immerse the lower part of the analog of the multi units (920037) in the prepared plaster. After the plaster hardens, we unscrew the transfer screw and remove the transfers connected with quick-hardening plastic. We get the "Index" - the exact geometric location of the implants. The dental technician cements the finished prosthetics of the titanium bases (690764) on this "Index".
After receiving the finished prosthetic structure, the healing cap (240347, etc.) is removed from the multi-unit, the finished prosthesis is again checked for passive fit. The finished prosthetic structure is fixed to the multi-unit using a titanium screw M1.6 (701200), the screw is tightened with a force of 30N and an X-ray is taken to ensure the accuracy of the fit of the prosthetic structure on the ledge of the multi-unit. After fixing with screws, the holes are closed with silicone or gutta-percha and composite in accordance with the color of the crown.
Multi-unit method
For bridge prostheses with screw fixation and using a multi-unit.
Main characteristics: Abutments, fixed prosthetics, screw fixation, prosthesis on an abutment.
The impression is obtained using the open spoon method with screw-fixed transfer on a multi-unit or using intraoral scanning using scan transfers with screw-fixed transfer on a multi-unit. For this method, straight and angular multi-units are used - this is a non-removable abutment with a ledge in the crown part, having a convergence of the walls at an angle of 30 degrees (straight - 610537, etc., angular 15 degrees - 630537, etc., angular 25 degrees - 631537, etc.). 610537, etc., 610548, etc., 611520, etc., 611557, etc., 631537, etc. These devices are intended only for restoration on two or more osseointegrated implants. The ledge should be installed below the level of the gingival margin to achieve an aesthetic result. Multi-units have a height of 0.5 mm, 1.5 mm, 2.5 mm, 3.5 mm, 4.5 mm and are selected in accordance with the thickness of the gum and the height of the gingival margin above the implant. The doctor removes the gingival former from the implant and selects a multi-unit for each implant in accordance with the height of the gingival margin. After this, an impression is taken:
- The First option is by the open spoon method using a transfer (900037, etc.) ,
- The Second option is scanned using a transfer sphere for scanning (900137, etc.).
Option 1
The dentist removes the healing cap (240347, etc.) from the multi-unit. Installs the multi-unit transfers (900037) for the open tray and fixes them with the transfer screw. It is advisable to connect the transfers between themselves with quick-hardening plastic. A hole is made in the impression tray for the transfer screws. The first and second layers are mixed and introduced simultaneously. After the impression mass has hardened, the transfer screws are unscrewed. When taking an impression from the oral cavity, the transfers (900037) remain inside the impression mass. After taking the impression and removing the transfer from the multi-unit, the healing cap (240347, etc.) is screwed onto the multi-unit. The impression is sent to the dental technician. The technician screws the transfers (900037) into the impression mass using a transfer screw, a laboratory analogue of the multi-unit (920037) and makes a plaster model with analogues of an osseointegrated implant + multi-unit.
Dental laboratory.
The technician attaches a laboratory analogue of the multi-unit (920037) to the multi-unit transfers (900037), which are in the impression, using a transfer screw and makes a plaster model with analogues of the osseointegrated implant + multi-unit.
Then there are several options:
- The technician attaches titanium sleeves for the multi-unit (680048) to the analogues of the multi-unit (920037). Models and makes a temporary plastic prosthetic structure with screw fixation. The finished temporary prosthetic structure with screw fixation is transferred to the clinic. -Another method of manufacturing permanent prosthetics on multi-units in the dental laboratory - the technician attaches plastic sleeves for the multi-unit (680047) to the multi-unit analogues (920037) for modeling and casting a metal base for a permanent or temporary prosthetic structure with screw fixation. After receiving the metal part of the prosthetic structure, the dentist removes the healing cap (240347, etc.) from the multi-unit, inserts a permanent or temporary metal structure onto the multi-unit and fixes it to the multi-unit using a titanium screw M1.6 (701200). Checks that the metal body/structure passively rests on the multi-unit. Then it is necessary to tighten the screw with a force of at least 30 N to fix the prosthesis and an X-ray is taken to ensure the accuracy of the fit of the prosthetic structure on the ledge of the multi-unit. If the fit is not accurate, it is necessary to cut the body/structure, attach each fragment separately and connect them using fast-hardening acrylic, then repeat the try-in and achieve a passive fit of the prosthesis. If the body/structure is attached well, the dentist selects the color of the veneer and hands it over to the technician for porcelain veneering. After the body/structure is removed from the multi-unit, a healing cap (240347, etc.) is screwed onto the multi-unit.
- Another method of making temporary and permanent prosthetics on multi-units in a dental laboratory is that the technician attaches a scan transfer (900137) to the multi-unit analogs (920037) on the model, then scans, obtains a virtual model and models and makes a prosthetic structure using a program. Then a titanium base (690764) is cemented to the manufactured prosthetic structure. The finished prosthetic structure with screw fixation is transferred to the clinic.
- Another method of making temporary and permanent prosthetics on multi-units in a dental laboratory - a technician attaches titanium sleeves for multi-units (680048) to the analogs of multi-units (920037) on the model. The technician can cut off part of the sleeve, process it according to the indications, . Then he scans, gets a virtual model and, using the program, models and makes a prosthetic structure. Then he cements titanium sleeves for multi-units (680048) to the prosthetic structure with or without trimming, depending on which part was scanned. The finished prosthetic structure with screw fixation is transferred to the clinic.
The Second option is scanned using a scanning transfer sphere (900137, etc.).
Option 2
The dentist removes the healing cap (240347, etc.) from the multi-unit. Installs the scan transfers of the multi-unit (900137) on the multi-unit and fixes it with a titanium screw (701200). Scanning is performed with an intraoral camera. After removing the scan and removing the transfer from the multi-unit, the healing cap (240347, etc.) is screwed onto the multi-unit. The file is sent by e-mail to the dental technician.
Dental laboratory.
Then there are:
1st - The technician uses the program to print a plastic model using a digital laboratory analogue of the multi-unit (921037) and receives a model with analogues of the osseointegrated implant + multi-unit. And it can work as indicated above. The plastic model with analogs and the plaster model with analogs are identical.
2st - The technician, using the program, prepares a virtual model with virtual analogs. And then using the program on the virtual model, builds permanent prosthetics using a titanium base for multi-units (690764).
Important points are the accuracy of the fit of permanent prosthetics on multi-units. Intraoral scanners can give distortions from 30 to 300 microns. And this does not provide an accurate fit of permanent prosthetics on multi-units. To solve this problem, use the "Index" - the creation of an additional geometric model.
There are 2 types of "Index":
- First use of a special scanner with sensors for building geometric models. Then this geometric model is connected with intraoral scanning and this increases the accuracy of the virtual model with analogs of multi-units.
- Second use of multi-unit transfers for an open spoon (900037). We install transfers (900037) on multi-units using a transfer screw. We connect the transfers with quick-hardening plastic. We unscrew the transfer screw and remove the transfers from the oral cavity. We connect the transfers (900037) with the analogs of the multi units (920037) using the screw of the transformer. We immerse the lower part of the analog of the multi units (920037) in the prepared plaster. After the plaster hardens, we unscrew the transfer screw and remove the transfers connected with quick-hardening plastic. We get the "Index" - the exact geometric location of the implants. The dental technician cements the finished prosthetics of the titanium bases (690764) on this "Index".
After receiving the finished prosthetic structure, the healing cap (240347, etc.) is removed from the multi-unit, the finished prosthesis is again checked for passive fit. The finished prosthetic structure is fixed to the multi-unit using a titanium screw M1.6 (701200), the screw is tightened with a force of 30N and an X-ray is taken to ensure the accuracy of the fit of the prosthetic structure on the ledge of the multi-unit. After fixing with screws, the holes are closed with silicone or gutta-percha and composite in accordance with the color of the crown.
CadCam
Multi - Unit M1.6 for Implant H2.1-H2.43
$30.00
-228x228.png "Titanium Screw for Esthetic Multi-Unit M1.6")
