Multi Unit

Where this fits in the sequence: The Multi Unit Screw is used during the abutment placement and prosthetic fixation phase, when clinicians are securing multi unit abutments or MU-level prosthetic components to implant platforms.

Why clinicians choose dedicated multi unit screws

• Selected to secure multi unit abutments with precise thread engagement and reliable seating.
• Commonly chosen as replacement or backup screws for chairside adjustments, maintenance, or laboratory workflows.
• Preferred when consistent screw integrity supports predictable torque application and long-term prosthetic stability.

In-use behavior

In use, the multi unit screw provides secure fixation at the MU interface, maintaining stable abutment seating while allowing controlled tightening and removal during restorative or maintenance procedures.

Clinical context

Multi unit screws are routinely incorporated into surgical and prosthetic setups where clinicians want to maintain uninterrupted workflows by keeping replacement fastening components readily available.

Technical snapshot

• Replacement screw for multi unit abutments and MU-level components
• Used to secure abutments and prosthetic elements
• Supports controlled torque application
• Pack includes 10 screws

ApexDent note: The Multi Unit Screw (Pack of 10) is chosen when clinicians want dependable fastening components on hand to support efficient placement, adjustment, and long-term maintenance of MU-based restorations.

Where this fits in the sequence: The Multi Unit Ti Base is used during the prosthetic fabrication and bonding phase, after multi unit abutments are placed, when clinicians or labs are creating screw-retained restorations bonded to a titanium interface.

Why clinicians choose multi unit Ti bases

• Selected to provide a durable titanium bonding interface for provisional or definitive restorations.
• Commonly chosen when restorations are fabricated from zirconia, PMMA, or hybrid materials and require secure bonding to the MU platform.
• Preferred when a standardized Ti base supports predictable seating and long-term prosthetic stability.

In-use behavior

In use, the Ti base provides a stable metal-to-abutment interface, allowing restorations to be bonded extraorally and then secured at the MU level with controlled torque. This approach improves fit consistency and simplifies chairside delivery.

Clinical context

Multi unit Ti bases are routinely incorporated into digital and conventional workflows where clinicians want to separate bonding from intraoral procedures and standardize restorative steps across multi-implant cases.

Technical snapshot

• Titanium base designed for multi unit restorations
• Used for bonding provisional or definitive prostheses
• Interfaces directly with MU abutments
• Supports screw-retained restorative workflows
• Pack includes 4 Ti bases

ApexDent note: The Multi Unit Ti Base (4 pcs / pk) is chosen when clinicians and labs want a reliable, standardized titanium interface to support accurate bonding and predictable MU-level prosthetic delivery.

Where this fits in the sequence: The Multi Unit Abutment Impression Coping (Transfer) is used during the impression-taking phase, after multi unit abutments are placed, when clinicians need to accurately transfer the MU position and orientation to the laboratory.

Why clinicians choose MU transfer impression copings

• Selected to capture precise MU-level positioning for prosthetic fabrication.
• Commonly chosen in open- or closed-tray impression workflows where accurate replication of abutment orientation is critical.
• Preferred when consistent transfer supports predictable fit of provisional or definitive restorations.

In-use behavior

In use, the impression coping seats directly onto the multi unit abutment and remains stable during impression material setting, allowing the exact MU interface geometry to be transferred to the working model without distortion.

Clinical context

MU transfer copings are routinely incorporated into multi unit workflows where clinicians want to minimize prosthetic discrepancies by capturing abutment-level details rather than implant-level positions.

Technical snapshot

• Impression coping designed for multi unit abutments
• Used to transfer MU position and orientation to the lab
• Seats directly on placed MU abutments
• Supports accurate prosthetic fabrication

ApexDent note: The Multi Unit Abutment Impression Coping (Transfer) is chosen when clinicians want precise, repeatable transfer of MU-level positioning to support predictable prosthetic outcomes.

Where this fits in the sequence: The Multi Unit Abutment Impression Coping (Pick Up) is used during the open-tray impression phase, after multi unit abutments are placed, when clinicians need to capture the exact MU position and angulation with maximum accuracy.

Why clinicians choose MU pick up impression copings

• Selected for open-tray impression techniques where the coping is retained within the impression during removal.
• Commonly chosen in full-arch and multi-implant cases where high positional accuracy is critical to prosthetic fit.
• Preferred when minimizing rotational or positional discrepancy supports predictable restorative outcomes.

In-use behavior

In use, the pick up coping is secured to the multi unit abutment and remains locked within the impression material when the tray is removed. This allows the exact MU interface position and orientation to be transferred directly to the working model.

Clinical context

MU pick up impression copings are routinely incorporated into complex restorative workflows where clinicians want to eliminate transfer error and ensure accurate alignment of provisional or definitive restorations.

Technical snapshot

• Pick up (open-tray) impression coping for multi unit abutments
• Used to capture precise MU position and angulation
• Designed to remain within the impression during tray removal
• Supports accurate prosthetic fabrication on MU platforms

ApexDent note: The Multi Unit Abutment Impression Coping (Pick Up) is chosen when clinicians require the highest level of accuracy for MU-level impressions in multi-implant and full-arch restorations.

Where this fits in the sequence: The Multi Unit Abutment Lab Analog is used during the laboratory model fabrication phase, after impressions or scans are taken, when the MU-level interface must be accurately replicated on a working model.

Why clinicians and labs choose MU lab analogs

• Selected to reproduce the exact MU interface geometry within stone or printed models.
• Commonly chosen when prosthetic components are fabricated at the multiunit level rather than implant level.
• Preferred when consistent model accuracy supports predictable fit of provisional and definitive restorations.

In-use behavior

In use, the lab analog connects to the impression coping or scan body and becomes embedded in the working model, allowing the MU position and orientation to be faithfully transferred from the clinical impression to the laboratory environment.

Clinical context

MU lab analogs are routinely incorporated into lab workflows where clinicians and technicians want to eliminate discrepancies between the intraoral MU position and the fabricated restoration.

Technical snapshot

• Lab analog designed for multi unit abutments
• Used to replicate MU position on working models
• Connects with MU impression copings or scan bodies
• Supports accurate MU-level prosthetic fabrication

ApexDent note: The Multi Unit Abutment Lab Analog is chosen when clinicians and labs want precise, repeatable replication of MU-level geometry to support accurate prosthetic outcomes.

Where this fits in the sequence: The I-DO MINI MU Plus Abutment 17° / 30° is placed during the multiunit correction phase, after implant placement, when clinicians need to correct implant angulation and create a prosthetically driven MU Plus platform on MINI-diameter implants.

Why clinicians choose MU Plus angled abutments for MINI platforms

• Selected to correct implant divergence in narrow-ridge or space-limited cases using I-DO MINI implants.
• Commonly chosen when a MU Plus interface provides prosthetic standardization without returning to the implant level.
• Offered in 17° and 30° angulations to accommodate varying degrees of surgical placement constraints.

In-use behavior

In use, the angled MU Plus abutment redirects the restorative axis while maintaining stable seating and predictable screw access. Once placed, all provisional and definitive restorations are connected at the MU Plus level, simplifying prosthetic workflows on MINI platforms.

Clinical context

MU Plus angled abutments for I-DO MINI implants are commonly incorporated into cases where clinicians want to preserve minimally invasive implant placement while achieving proper restorative alignment through prosthetic correction.

Technical snapshot

• Angled MU Plus abutment for I-DO MINI implants
• Available angulations: 17° and 30°
• Used to correct implant angulation on MINI platforms
• Establishes a standardized MU Plus–level restorative interface
• Supports fixed or removable MU-based prosthetic solutions

ApexDent note: The I-DO MINI MU Plus 17° / 30° Abutment is chosen when clinicians need angulation correction on MINI implants while maintaining a clean, MU Plus–level prosthetic workflow.

Where this fits in the sequence: The Hiossen MU Plus Abutment 17° / 30° / 45° is placed during the multiunit correction phase, after implant placement, when clinicians need to correct moderate to severe implant angulation and establish a prosthetically driven MU Plus platform.

Why clinicians choose extended-angle MU Plus abutments

• Selected to correct challenging implant divergence where straight or lower-angle abutments are insufficient.
• Commonly chosen when a MU Plus interface allows prosthetic alignment without revising implant placement.
• Offered in 17°, 30°, and 45° options to support a wide range of anatomical and surgical scenarios.

In-use behavior

In use, the MU Plus abutment redirects the restorative axis while maintaining stable seating and predictable screw access. Once placed, all provisional and definitive restorations are connected at the MU Plus level rather than the implant interface, simplifying downstream prosthetic steps.

Clinical context

Extended-angle MU Plus abutments are routinely incorporated into Hiossen workflows where clinicians want to preserve surgical placement while achieving restorative alignment through prosthetic correction, particularly in full-arch and complex multi-implant cases.

Technical snapshot

• Angled MU Plus abutment for Hiossen implant systems
• Available angulations: 17°, 30°, and 45°
• Used to correct moderate to severe implant angulation
• Establishes a standardized MU Plus–level restorative platform
• Supports fixed or removable MU-based prosthetic solutions

ApexDent note: The Hiossen MU Plus 17° / 30° / 45° Abutment is chosen when expanded angulation options are required to convert challenging implant positions into predictable MU Plus–level prosthetic workflows.