| L / Ø | Ø4.2 | Ø5.0 | Ø6.0 |
| 8mm | ——– | G5008 | G6008 |
| 10mm | G4210 | G5010 | G6010 |
| 11.5mm | G4211 | G5011 | G6011 |
| 13mm | G4213 | G5013 | G6013 |
| 16mm | G4216 | G5016 | ——– |
| 18mm | G4218 | ——– | ——– |
| 20mm | G4220 | ——– | ——– |
| 22.5mm | G4222 | ——– | ——– |
| 25mm | G4225 | ——– | ——– |
MAX Basal/Cortical Dental Implant
GDT MAX Implant is a basal and cortical spiral dental implant featuring an Internal Hexagon 2.42mm connection and RBM surface treatment. It is specifically recommended for soft bone while remaining suitable for all bone types. MAX features sharp, deep, and aggressive threads designed for immediate placement without the waiting period for osseointegration or additional augmentation with bone replacement materials. Positioned orthogonally to occlusal forces, the implant achieves remarkable stability in cortical bone and supports even chewing load distribution.
Table of Contents
Implant Features
MAX Implant is engineered for basal and cortical bone positioning and includes a smooth-surface neck to support tissue management. The basal concept enables enhanced cortical engagement, improved durability in compromised bone conditions, and balanced chewing load distribution.
GDT MAX Implant incorporates sharp, deep, and aggressive threads designed for strong cortical anchorage. The aggressive thread geometry allows immediate placement without waiting for traditional osseointegration periods or additional augmentation with bone replacement materials.
RBM stands for Resorbable Blast Media, a surface treatment that creates a rough, hydrophilic implant surface while avoiding residual embedded blast particles or debris. The process blasts the implant with carefully selected hardened particles based on Hydroxyapatite and calcium phosphate formulations, then applies a controlled passivation step that dissolves the blasting media from the surface. By consistently achieving a surface roughness of Ra 1.2 to 1.5, RBM produces a rougher surface compared to traditional acid etching methods. This increased roughness expands surface area and supports stronger implant to bone contact, improving biological fixation and retention characteristics for predictable osseointegration.
Sizes & Drilling Protocol
One connection for all diameters
Internal Hex 2.42mm
* The suggested drilling protocol is a recommendation only and does not replace the clinician’s judgment
Package Content
Surgical Kits
Streamline implant procedures with organized surgical kits built for consistency and control. Featuring essential drills, drivers, and tools in an autoclavable case, each kit is labeled for efficient instrument return and designed to support precise, predictable placement across a wide range of indications.
Digital Solutions
Support a complete digital workflow with key restorative components designed for reliable digital impression capture and virtual model creation. Combined with our CAD/CAM libraries, these solutions help improve accuracy, restoration outcomes, and simplify case planning.
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Testimonials
Dr. Elias Achey
Michigan, USA
Dr. Jared Van Ittersum
Michigan, USA
Dr. Julissa Mendez
New Jersey, USA
Dr. Emin Orujov
Baku, Azerbaijan
Dr. Daniel Shtern
New Jersey, USA
Dr. Jorge Pacheco
Espinho, Portugal
Dr. Mirela Gjoni
Tirane, Albania
Dr. Jonathan Rabanipour
New York, USA
Dr. Georgi Mendez
New Jersey, USA
Mrs. Evelyn Juarez
Guatemala
FAQs
Which indications is the GDT MAX Implant designed for?
GDT MAX Implant is designed for basal and cortical engagement, particularly in cases involving soft bone or compromised bone structure. Its aggressive thread design and cortical positioning concept support immediate placement and stable fixation without the need for additional bone augmentation when clinically appropriate.
How does the basal/cortical concept improve implant stability?
The basal/cortical positioning approach allows the implant to anchor in the cortical bone, where density is higher and mechanical stability is improved. This enhances resistance to functional forces and promotes even chewing load distribution.
What makes the thread design of the MAX Implant different from conventional implants?
The MAX Implant incorporates sharp, deep, and aggressive threads engineered for strong cortical engagement. This thread geometry supports immediate placement and reliable mechanical stability from the time of insertion.
What role does the RBM surface treatment play in the MAX Implant?
The RBM surface treatment creates a rough and hydrophilic implant surface that supports faster and stronger bone integration. This contributes to enhanced dental implant stability and long-term clinical performance.
Still Have Questions?
