Abutment Options
A comprehensive range of abutment designs to meet the requirements of different implant procedures.
A. Single-Implant Procedures
One-piece, two-piece, angled, temporary, shaping and UCLA abutments.
B. Implant-Retained Denture Procedures
Ball and positioner abutments.
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C. Digital Implant Procedures
Ti-base, pre-milled and scan body abutments.
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D. Full-Arch Implant Rehabilitation
Straight and angled multi-unit abutments.
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1. Biomate Master Kit
Dental implant surgical instruments are specialised tools designed to support the precise and efficient placement of dental implants. These implants are inserted into the jawbone to support prosthetic teeth or other restorations.
√ The BIOMATE surgical kit is organised in a clear, easy-to-follow layout for clinical efficiency
√ Simple design with clear colour coding
√ Drill-stop design
√ Mount-free design
√ Straightforward surgical protocol
2. Biomate Plus SC Kit
Dental implant surgical instruments are specialised tools designed to support the precise and efficient placement of dental implants. These implants are inserted into the jawbone to support prosthetic teeth or other restorations.
√ The BIOMATE surgical kit is organised in a clear, easy-to-follow layout for clinical efficiency
√ Simple design with clear colour coding
√ Drills with depth stops
√ Mount-free design
√ Straightforward surgical protocol
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3. Simple Abutment
A dental abutment connects an implant to a prosthetic restoration, such as a crown, bridge or denture. The Simple Abutment has the same supragingival geometry as the Solid Abutment, allowing the two designs to share compatible prosthetic components.
√ For cement-retained or combination prostheses
√ Coating: SD/Semi-Golden; RD/Golden
√ Tighten with a 1.25 hex driver
√ Recommended tightening torque: 30 Ncm
√ Material: medical-grade commercially pure titanium (Grade 4)
4. Angled Abutment
An angled abutment connects the dental implant to the prosthetic crown whilst correcting the restoration pathway. Available in 15° and 25° options, it helps to achieve an appropriate prosthetic position and angulation for improved function and aesthetics.
√ Used when the prosthetic pathway requires angular correction
√ Coating: SD/Semi-Golden; RD/Golden
√ The angulation is indexed towards the edge of the hexagon
√ Select the appropriate specification using an angled try-in abutment
√ Tighten with a 1.25 hex driver
√ Recommended tightening torque: 30 Ncm
√ Material: medical-grade commercially pure titanium (Grade 4)
5. Temporary Abutment
A temporary abutment is a provisional connector used during the initial healing phase after implant placement. It helps to shape the gingival tissue and supports a temporary restoration until the definitive abutment and final restoration can be fitted.
I. Material: medical-grade commercially pure titanium (Grade 4)
√ For the fabrication of temporary prostheses
√ Designed for straightforward customisation
√ Tighten with a 1.25 hex driver
√ Recommended tightening torque: 30 Ncm
II. Material: Medical PEEK
√ For the fabrication of temporary prostheses
√ Designed for straightforward customisation
√ Tighten with a 1.25 hex driver
√ Recommended tightening torque: 30 Ncm
6. Shaping Abutment
A shaping abutment can be adjusted or modified to achieve a contour suited to the patient's oral anatomy and the requirements of the restoration.
√ Used when the abutment pathway must be altered or the prosthetic margin requires customisation
√ Coating: SD/Semi-Golden; RD/Golden
√ Tighten with a 1.25 hex driver
√ Recommended tightening torque: 30 Ncm
√ Material: medical-grade commercially pure titanium (Grade 4)
7. Positioner Abutment
Positioner abutments are commonly used with implant-retained overdentures, providing stability and flexibility to improve function and patient comfort. The appropriate abutment is selected according to the patient's clinical requirements and treatment plan.
√ Low vertical profile with stable, retentive attachment options
√ Path compensation of up to 40° for two implants
√ Tighten with a positioner torque driver
√ Recommended tightening torque: 30 Ncm
√ Material: medical-grade titanium alloy (Grade 5)
8. Ball Abutment
A ball abutment is commonly used to retain an implant-supported overdenture. Its ball-shaped head engages with a corresponding socket or attachment within the prosthesis.
√ For overdentures with an O-ring attachment
√ Compensates for insertion angles of up to 20°
√ Coating: SD/Silver; RD/Golden
√ Tighten with a ball abutment driver
√ Recommended tightening torque: 25 Ncm
√ Material: medical-grade commercially pure titanium (Grade 4)
9. UCLA Abutment
The UCLA abutment is a customisable component for implant-supported restorations. It can be tailored to the patient's clinical requirements, making it suitable for cases that demand precise control of the prosthetic pathway, available space or aesthetic outcome.
√ For cement-retained, combination or screw-retained prostheses
√ Used where the prosthetic pathway, aesthetics or available space is limited
√ Following customisation, the prosthesis must be fabricated by casting
√ Use dental-grade cobalt-chromium-molybdenum (CCM) alloy
√ Tighten with a 1.25 hex driver
√ Recommended tightening torque: 30 Ncm
10. Ti-Base Abutment
A Ti-base (titanium-base) abutment provides the interface between the implant fixture and a definitive prosthetic restoration, such as a crown or bridge. Made from biocompatible titanium, it provides a stable platform for securely attaching the restoration. Ti-base abutments are available in various shapes and sizes to suit different clinical and aesthetic requirements.
√ For cement-retained, combination or screw-retained prostheses
√ For the fabrication of titanium-zirconia custom abutments using CAD/CAM equipment
√ Biomate's official implant library is provided
√ Use a fixture-level or intraoral scan body impression
√ Tighten with a 1.25 hex driver
√ Recommended tightening torque: 30 Ncm
√ Material: medical-grade commercially pure titanium (Grade 4)
11. Pre-Milled Abutment
A pre-milled abutment is manufactured with a predefined form before being customised to meet an individual patient's requirements. Available in various sizes, angles and configurations, it can streamline the restorative process by reducing chairside time and simplifying the laboratory workflow. Pre-milled abutments are used with CAD/CAM technology to produce precise, predictable implant restorations.
√ Designed for milling custom abutments with dental laboratory equipment
√ Biomate's official implant library is provided
√ Use a fixture-level or intraoral scan body impression
√ Tighten with a 1.25 hex driver
√ Recommended tightening torque: 30 Ncm
√ Material: medical-grade commercially pure titanium (Grade 4)
12. Scan Body
A dental scan body is used in digital implant dentistry to record the three-dimensional position and orientation of an implant in the patient's mouth. Attached to the implant fixture, it provides a reference for an intraoral scanner. The captured data is used to create a digital model for the precise planning and design of implant-supported restorations.
√ Scan body for intraoral scanning
√ Hand-tighten with a 1.25 hex driver
√ Material: medical-grade commercially pure titanium (Grade 4)
13. Multi-Unit Straight Abutment
The Multi-Unit Straight Abutment provides a stable foundation for a multi-implant prosthetic restoration and helps to simplify the alignment of multiple implants. It is particularly useful in cases involving substantial bone loss or implants placed in anatomically challenging sites.
√ For the fabrication of screw-retained prostheses in multi-unit cases
√ Tighten with a multi-unit adaptor
√ Coating: SD/Semi-Golden; RD/Golden
√ Recommended tightening torque: single implant, 30 Ncm; Biomate Archfixation, 35 Ncm
√ Material: medical-grade titanium alloy (Grade 5)
14. Multi-Unit Angled Abutment
Multi-Unit Angled Abutments correct implant angulation and help to establish parallelism between implants, providing a stable foundation for the prosthetic restoration. Available in a range of angles and configurations, they are suitable for anatomically challenging sites and support functional, durable and aesthetically pleasing implant restorations.
√ For the fabrication of screw-retained prostheses in multi-unit cases
√ Path compensation of up to 60° for two implants
√ Coating: SD/Semi-Golden; RD/Golden
√ Recommended tightening torque:
√ Single implant, 30 Ncm; Biomate Archfixation, 15 Ncm
√ Material: medical-grade titanium alloy (Grade 5)
15. Multi-Unit Scan Body
The Multi-Unit Scan Body records the three-dimensional position and orientation of multiple implants in digital implant workflows. Compatible with multi-unit abutments and implant analogues, it provides a reference for intraoral or laboratory scanners and enables accurate planning and design in multi-implant cases.
√ Accurately transfers the position and angulation of multi-unit abutments or implant analogues in scanned dental models
√ Secure the scan body to the abutment or analogue with the internal screw
√ Hand-tighten with a 1.25 hex driver
√ Material: medical-grade titanium (Grade 5)