Engineered for Retention.
Designed Around People.
An innovative magnetic attachment system for removable overdentures, combining hermetic closed-circuit magnetic retention with an ultra-compact anatomical profile to deliver security, natural comfort, and daily patient confidence.
How the Magteeth System Functions
The Magteeth system consists of two precision components engineered to mate smoothly and deliver reliable, clasp-free overdenture retention.
1. Magnet Assembly (MA)
A permanent magnetic component embedded into the fitting (intaglio) surface of the denture base, possessing a closed magnetic circuit. Attached securely using self-cure resin.
2. Keeper Component
A soft-magnetic material installed on the prepared abutment tooth which reacts with the Magnet Assembly (MA), providing a direct pulling force for stable, natural retention.
Fixation Technique
The Magnet Assembly is securely attached to the fitting surface of the denture base using self-cure resin (noted as pself-cure resin in technical documentation).
Showing bilateral placement of Magnet Assemblies on mandibular ridge
Keeper Systems & Abutment Options
A soft-magnetic material installed on the abutment tooth which reacts with MA providing pulling force as retention.
Direct Cementing Type
Direct cementation to abutment tooth
Designed for immediate chairside cementation directly into the prepared abutment root canal using core build-up cement. This eliminates the necessity of sending an impression to a dental laboratory, saving clinical turnaround time and reducing patient visits.
| Available Diameters | Ø 3.0 mm / Ø 3.6 mm / Ø 4.0 mm |
| Head Thickness | 0.8 mm |
| Total Post Length | 4.9 mm |
| Post Stem Diameter | 1.3 mm |
| Clinical Technique | Direct core build-up cement |
Technical Dimensions
Canal Cross-Section
Casting Type
Installed to a metal root coping made from dental lab
Designed for cases requiring custom cast metal root copings. The disk is supplied with an integrated casting sprue rod for dental laboratory investment casting, ensuring precise metal-to-metal fusion and optimal contouring around challenging root anatomy.
| Available Diameters | Ø 3.0 mm / Ø 3.6 mm / Ø 4.0 mm |
| Disc Thickness | 0.8 mm |
| Attached Feature | Integrated casting sprue handle |
| Laboratory Process | Casted metal root coping |
Technical Dimensions
Coping Cross-Section
Magnet Assembly (MA) Lineup
A magnetic component embedded to the denture base, possessing a closed magnetic circuit. Available in four distinct configurations to match patient anatomy.
| Retention force | 500 gf |
| Dimension | Ø 3.0 mm |
| Thickness | 1.1 mm |
| Retention force | 700 gf |
| Dimension | Ø 3.6 mm |
| Thickness | 1.2 mm |
| Retention force | 900 gf |
| Dimension | Ø 4.0 mm |
| Thickness | 1.3 mm |
| Retention force | 700 gf |
| Dimension | Ø 4.0 mm |
| Thickness | 0.6 mm |
Side-by-Side Magnet Assembly Comparison
| Model Name | Retention Force | Diameter (Ø) | Thickness | Fixation Method | Clinical Space Profile |
|---|---|---|---|---|---|
| MT 500 / MT 500 C | 500 gf | Ø 3.0 mm | 1.1 mm | Self-cure resin | Narrow root diameter |
| MT 700 / MT 700 C | 700 gf | Ø 3.6 mm | 1.2 mm | Self-cure resin | Standard overdenture |
| MT 900 / MT 900 C | 900 gf | Ø 4.0 mm | 1.3 mm | Self-cure resin | High occlusal load demand |
| MTS 700 (Ultra Thin) | 700 gf | Ø 4.0 mm | 0.6 mm | Self-cure resin | Restricted vertical clearance |
Magnetic Attachment Advantages
Documented mechanical, biological, and lifestyle benefits from official product reference materials.
Minimum Lateral Stress
Minimum lateral stress to abutment tooth owing to its magnetic re-positioning ability. Protects compromised or shortened roots from damaging transverse torque forces.
Esthetically Good
No visible clasps or other external retaining components. Retentive elements remain completely concealed under the prosthesis base for optimal smile aesthetics.
Stable Retentive Force
Unlike other friction-based attachment retentive force that wears and weakens through use, it possesses a stable, consistent retentive force over long-term clinical wear.
Minimum Space Clearance
Minimum prosthodontic space clearance requirements, accommodating tight inter-ridge vertical heights where conventional mechanical stud attachments cannot fit.
Easy to Remove
Easy to remove, especially useful for older adults and patients with limited manual dexterity, tremors, or arthritis who struggle with mechanical friction locks.
Easy to Clean
Easy to clean prosthesis structure for both the patient at home and the dentist during recall visits, avoiding plaque-retentive undercut crevices.
Clinical Cases & Real-World Execution
Actual photographic documentation of the two clinical workflows demonstrating chairside and laboratory techniques.
Direct Cementing Workflow (Root Keeper)
Casting Type Workflow (Cast Keeper)
Indications & Contra-Indications
Directly cited from official supplied product documentation for safe clinical application.
Indications
- Dentures with a flat bone base and sufficient remaining root structure to accommodate a magnetic retainer.
- Repair dentures with damaged abutment teeth, then attach a magnetic retainer to the damaged abutment teeth.
Contra-Indication
Remaining tooth roots with mobility greater than grade 2.
* Root stability must be clinically evaluated prior to keeper preparation and cementation.
Indonesian Ministry of Health (Kemenkes RI) Licenses
Official marketing authorization records for the Magteeth medical device portfolio.
AKD KEMENKES RI 20602520121
Direct Cementing Keeper
Classification: Magnet untuk retensi gigi tiruan
AKD KEMENKES RI 20602520183
Casting Keeper
Classification: Magnet untuk retensi gigi tiruan
Manufactured by PT. Presisi Auto Medika, Karawang, West Java, Indonesia. Technology Reference: Magnedesign Company, Aichi, Japan. Official product web reference: www.magteeth.com.
Ready to Integrate Magteeth Into Your Practice?
Contact PT. Presisi Auto Medika to request product samples, clinical documentation, or dental laboratory starter integration.