Various Abutments
Various abutment designs meet the needs of different implant surgeries.
A. Single implant surgery
One-piece abutment, Two-piece abutment, Angled abutment, Temporary abutment,
Shaping abutment, and UCLA abutment.
B. Denture implant surgery
Ball abutment, and Positioner abutment.
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C. Digital implant surgery
Ti-base abutment, Premilled abutment and Scan - Body abutment.
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D. All on-four implant surgery
Multi-unit straight abutment and Multi-unit Angled abutment.
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1. Healing Abutment
A healing abutment is a component used in dental implant procedures as part of the healing and restorative process. After the dental implant has been surgically placed into the jawbone, a healing abutment is attached to the implant during a follow-up procedure.
√ Tightened with 1.25 hex driver
√ Recommended tightening torque:10Ncm
√ Material: Medical Grade 4 Pure Titanium
2. Solid Abutment
A dental abutment is a crucial component in dental implantology, serving as a connecting element between a dental implant and a prosthetic restoration such as a crown, bridge, or denture. The abutment plays a key role in supporting and anchoring the visible, artificial tooth or teeth that will be used to replace missing or extracted natural teeth. This designed abutment is called a solid abutment.
√ Abutment for producing cement-retained/combination prosthesis
√ Coating: SD/Semi-Golden; RD/Golden
√ Tightened with 1.25 hex driver
√ Recommended tightening torque:25Ncm
√ Material: Medical Grade 4 Pure Titanium
3. Simple Abutment
A dental abutment is a crucial component in dental implantology, serving as a connecting element between a dental implant and a prosthetic restoration such as a crown, bridge, or denture. The abutment plays a key role in supporting and anchoring the visible, artificial tooth or teeth that will be used to replace missing or extracted natural teeth. This designed abutment is called a simple abutment, which is the same as a solid abutment above the margin, so all components of a solid abutment can be shared with a simple abutment.
√ Abutment for producing cement-retained/combination prosthesis
√ Coating: SD/Semi-Golden; RD/Golden
√ Tightened with 1.25 hex driver
√ Recommended tightening torque:30Ncm
√ Material: Medical Grade 4 Pure Titanium
4. Angled Abutment
The primary purpose of angled abutment is to connect the dental implant to the artificial tooth crown. It typically denotes a dental abutment with a specific angle 15。 & 25。, and it is used to ensure the optimal position and angle of the prosthetic tooth crown during implant surgery. The angled abutment contributes to achieving better functionality and aesthetic results.
√ Used when a prosthesis's path adjustment is necessary at 15°
√ Coating: SD/Semi-Golden; RD/Golden
√ The angled direction is pointed to the hexagonal edge
√ Accurate specification selected by angled Try-in Abutment
√ Tightened with 1.25 hex driver
√ Recommended tightening torque:30Ncm
√ Material: Medical Grade 4 Pure Titanium
5. Temporary Abutment
In dentistry, a temporary abutment is a provisional connector used during the initial healing phase after implant surgery to shape the gum tissue and support a temporary dental restoration until the permanent abutment and final restoration can be placed.
I. Material: Medical Grade 4 Pure Titanium
√ Used in producing temporary prosthesis
√ A structure enabling easy customization
√ Tightened with 1.25 hex driver
√ Recommended tightening torque:30Ncm
II. Material: Medical PEEK
√ Used in producing temporary prosthesis
√ A structure enabling easy customization
√ Tightened with 1.25 hex driver
√ Recommended tightening torque:30Ncm
6. Shaping Abutment
Shaping abutment in the context of dentistry refers to the process of adjusting or modifying the abutment to achieve a specific shape or contour that suits the patient's oral anatomy and the requirements of the dental restoration.
√ Used when an abutment's path must be altered or a prosthesis's margin area must be customized
√ Coating: SD/Semi-Golden; RD/Golden
√ Tightened with 1.25 hex driver
√ Recommended tightening torque:30Ncm
√ Material: Medical Grade 4 Pure Titanium
7. Positioner Abutment
Positioner abutments are commonly used in cases where patients have received dental implants to support overdentures, offering a balance between stability and flexibility for improved functionality and patient comfort. Dentists or prosthodontists specializing in implant dentistry typically choose the appropriate type of abutment, such as positioner abutment, based on the patient's specific needs and the treatment plan.
√ Achieves low vertical dimension, stability, and various attachments with retention
√ Possible path compensation up to 40°(two implant standard)
√ Tightened with positioner torque driver
√ Recommended tightening torque:30Ncm
√ Material: Medical Grade 5 Titanium Alloy
8. Ball Abutment
A Ball Abutment is a type of dental abutment commonly used in implant dentistry. Abutments serve as connectors that link dental implants to prosthetic restorations such as crowns, bridges, or dentures. The distinctive feature of a Ball Abutment is its ball-shaped end, which is designed to fit into a corresponding socket or attachment on the prosthetic restoration.
√ Abutment for overdenture with o-ring attachment
√ Insertion angle compensated up to 20°
√ Coating: SD/Silver; RD/Golden
√ Tightened with ball abutment driver
√ Recommended tightening torque:25Ncm
√ Material: Medical Grade 4 Pure Titanium
9. UCLA Abutment
A UCLA (University of California, Los Angeles) Abutment is a type of dental abutment used in implant dentistry. The UCLA Abutment, in particular, is a specific design developed by the University of California, Los Angeles, for use in implant-supported restorations. Dentists and prosthodontists often choose UCLA Abutments when aiming for a high level of customization and esthetic outcome in implant-supported restorations. The ability to tailor the abutment to the patient's specific needs makes it a valuable component in achieving successful and aesthetically pleasing dental implant treatments.
√ Used in producing cement-retained/combination/screw-retained prosthesis
√ Used when path、 aesthetics 、or space have limitations
√ After customization、prosthesis must be produced by casting
√ using dental-quality CCM
√ Tightened with 1.25 hex driver
√ Recommended tightening torque:30Ncm
10. Ti-Base Abutment
A Ti-Base abutment, short for Titanium Base abutment, is a component used in dental implant surgery. It serves as an intermediary piece between the dental implant fixture, which is surgically placed into the jawbone, and the final prosthetic restoration such as a crown or bridge. The Ti-Base abutment is typically made of titanium, a biocompatible material that integrates well with the surrounding bone tissue. Its main function is to provide a stable platform onto which the final prosthetic restoration can be securely attached. Ti-Base abutments come in various shapes and sizes to accommodate different clinical situations and aesthetic requirements. They play a crucial role in achieving optimal esthetics, function, and longevity of dental implant restoration.
Abutment for producing cement-retained/combination/screw-retained prosthesis
√ Used for producing Ti+Zr custom abutment with CAD/CAM equipment
√ Biomate's official implant library provided
√ Use fixture level or intra-oral scan body impression
√ Tightened with 1.25 hex driver
√ Recommended tightening torque:30Ncm
√ Material: Medical Grade 4 Pure Titanium
11. Premilled Abutment
A premilled abutment refers to an abutment for dental implants that is pre-manufactured with a predefined shape and design before being customized to fit a specific patient's needs. These abutments are typically made from materials such as titanium or zirconia, and they come in various sizes, angles, and configurations to accommodate different clinical situations. Premilled abutments can streamline the dental implant restoration process by reducing chairside time and simplifying the laboratory workflow. They are often used in conjunction with computer-aided design and computer-aided manufacturing (CAD/CAM) technology to create precise and predictable outcomes in implant dentistry.
√ Milling equipment for dental work to produce custom abutment
√ Biomate's official implant library provided
√ Use fixture level or intra-oral scan body impression
√ Tightened with 1.25 hex driver
√ Recommended tightening torque:30Ncm
√ Material: Medical Grade 4 Pure Titanium
12. Scan body
A Dental Scan Body is a component used in digital dentistry, particularly in implant dentistry, to capture the three-dimensional position and orientation of dental implants within a patient's mouth. It is typically attached to the implant fixture and serves as a reference point for intraoral scanners or CBCT (cone beam computed tomography) machines during the scanning process. The data captured with the scan body is used to create digital models of the patient's oral anatomy, allowing for precise planning and design of prosthetic restorations, such as crowns, bridges, or dentures, that fit accurately onto the dental implants.√ Scan body for intra-oral scan
√ Hand-tightened with 1.25 hex driver
√ Material: Medical Grade 4 Pure Titanium
13. Multi-Unit Straight Abutment
The Multi-Unit Straight Abutment consists of a straight body with multiple platforms or attachment sites for connecting to individual implant fixtures. It allows for the creation of a stable and rigid foundation for prosthetic restoration while simplifying the process of aligning multiple implants. This type of abutment is particularly useful in cases where the patient has experienced significant bone loss or when implants are placed in anatomically challenging areas. By providing a versatile solution for implant-supported prostheses, Multi-Unit Straight Abutments contribute to the stability, functionality, and longevity of dental implant restorations.
√ Used for producing screw-retained prostheses in multiple cases
√ Tightened with multi-unit adapter
√ Coating: SD/Semi-Golden; RD/Golden
√ Recommended tightening torque: Single/30Ncm; Biomate Archfixation/35Ncm
√ Material: Medical Grade 5 Titanium Alloy
14. Multi-Unit Angled Abutment
Unlike straight abutments, which are designed for implants placed perpendicular to the jawbone, angled abutments allow for the correction of implant angulation discrepancies or the placement of implants in anatomically challenging areas. They help create parallelism between the implants and provide a stable foundation for the prosthetic restoration. Multi-unit angled Abutments typically feature a body with angled platforms or attachment sites that can be connected to individual implant fixtures. These abutments come in various angles and configurations to suit different clinical situations and anatomical considerations. By facilitating proper alignment and positioning of dental implants, Multi-Unit Angled Abutments contribute to the stability, functionality, and longevity of implant-supported restorations, ensuring optimal esthetic and functional outcomes for patients.
√ Used for producing screw-retained prostheses in multiple cases
√ Up to 60°path compensation(two implant standard)
√ Coating: SD/Semi-Golden; RD/Golden
√ Recommended tightening torque:
√ Single/30Ncm; Biomate Archfixation/15Ncm
√ Material: Medical Grade 5 Titanium Alloy
15. Multi-Unit Scan Body
The Multi-Unit Dental Scan Body is a component used in digital dentistry, particularly in implant dentistry, to capture the three-dimensional position and orientation of multiple dental implants within a patient's mouth. It is designed to be compatible with multi-unit abutments or dental implants and serves as a reference point for intraoral scanners or CBCT (cone beam computed tomography) machines during the scanning process. The data captured with the multi-unit dental scan body is used to create digital models of the patient's oral anatomy, facilitating accurate planning and design of prosthetic restorations for multi-implant cases.
√ Used to transmit highly accurate position and angulation data of multi-unit abutments/multi-unit implant analogs in dental models when scanned with a digital scanner.
√ Always use the internal screw to attach the scan body to the abutment or analog, tightening the screw to hold the scan body in place.
√ Hand-tightened with 1.25 hex driver
√ Material: Medical Grade 5 Titanium