...

RP 4.3 Dental Titanium Bone Implants

Name: DMEqual RP 4.3 dental titanium implant system
Brand: DentalMaster
Material: TA4 Cold-worked Titanium
Specification: RP 4.3
Length: 6.5 – 16 mm
Features: Double Lead; parallel wall design; internal hex connection.

Product Details

DentalMaster’s DMEqual RP 4.3 dental titanium implants stand out as a premier choice in modern dental implant surgery, celebrated for their exceptional biocompatibility and unparalleled stability. The innovative RP (Regular Platform) design of this implant significantly enhances retention after placement, effectively disperses stress, and lays a solid foundation for long-term stability, ensuring the implant’s enduring success.

Crafted from high-purity titanium, the DMEqual RP 4.3 implant offers outstanding biocompatibility and promotes rapid bone integration, which notably shortens healing time. Its design not only reflects the superior material choice but also emphasizes a stable structure, making it adaptable to various dental restoration scenarios. Whether addressing single-tooth, multiple-teeth, or full-arch restorations, this implant provides a reliable solution.

The RP 4.3 implant supports and stabilizes the restorative components, such as crowns or bridges, while demonstrating exceptional performance in facilitating bone integration. This ensures long-term stability and high patient satisfaction. Its reliable performance meets diverse individual needs, delivering a more natural and comfortable oral experience.

RP 4.3 Dental Titanium Bone Implants

 

Parameter

RP / Diameter

φ4.3

Length(mm) 6.5 8 9.5 11 12.5 14.5 16
REF. 7000143651S 7000143801S 7000143951S 7000143111S 7000143121S 7000143141S 7000143171S

 

Grade-4 Cold-Working Titanium Material

DentalMaster meticulously selects high-quality raw materials from the renowned supplier US Carpenter Technology Ltd., shared with leading global dental brands like Nobel Biocare, to ensure the exceptional quality and performance of its products. We specifically use Grade-4 cold-working titanium alloy as the core material, which demonstrates outstanding biocompatibility, seamlessly integrating into the human body and minimizing rejection responses, thus providing a safer and more comfortable experience for patients. Additionally, its exceptional mechanical strength, with a tensile strength exceeding 800 MPa, ensures the stability and durability of dental implants in complex oral environments, effectively handling various chewing pressures and extending service life.

Choosing Grade-4 cold-working titanium alloy reflects DentalMaster’s commitment to quality and strict control over metal toxicity issues. This material is carefully designed and processed to avoid the toxicity risks associated with traditional metals, establishing a solid defense for patients’ oral health.

Material comparison


Patent SLA Surface Treatment Technology

DentalMaster’s patented SLA (Sandblasted and Acid-etched) surface treatment technology enhances the success rate of implant surgeries and reduces patient recovery times through its outstanding osseointegration performance, excellent biocompatibility, and complex microstructure.

Our research center utilizes meticulous large-particle sandblasting followed by acid etching to endow dental implants with an unprecedented level of complexity and biological activity. The SLA treatment enriches the implant surface’s microstructure and significantly increases the contact area with bone tissue, providing ample space for the attachment and growth of bone cells.

Under the precise crafting of SLA technology, DentalMaster’s DMEqual RP 4.3 dental titanium implants, among others, present a smooth surface with no sharp edges, covered in micron-sized active sites. These microstructures not only reduce surface contact angles and improve wettability but also significantly enhance new bone formation. Detailed observations under 500x and 3000x magnification reveal the astonishingly rich morphology of DentalMaster’s SLA surface, featuring a complex and orderly pattern of multi-layered, micron-sized, and microporous structures.

Notably, DentalMaster has further innovated on the SLA technology by developing unique multi-layered micron-sized micro-porous morphologies with 2030μm and 110μm features. This meticulous design optimizes the growth environment for bone cells, promotes extracellular matrix deposition, and facilitates vascular ingrowth, thereby accelerating bone tissue regeneration and reconstruction.

SLA Surface Treatment SLA Surface Treatment 01

Product Tags

Send Inquiry