SLA Surface Technology

Precision Engineered For Biological Harmony

DXL Implant bridges the gap between mechanical durability and tissue integration, presenting dental professionals with high primary stability and predictable osseointegration outcomes.

High Primary Stability
Micro-rough SLA Surface
Internal Conical Connection
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Conical Connection
SLA Active Surface
Progressive Threads
Rounded Apex
DXL Titanium Dental Implant
Conical Connection
Sloped Shoulder
Platform Switching
SLA Surface
Grade 4 Titanium
DXL Smart™ System

Precision Engineered For Biological Harmony

Designed for maxilla and soft tissue applications. Features a tight-seal 11° conical connection for mechanical stability, and progressive blade threads for supreme immediate load stability.

11° Conical Seal

A tight conical hex connection that secures the abutment structure and minimizes biological crestal bone remodeling.

Knife-Edge Threads

Unique self-tapping outer thread profile compresses bone gently to deliver maximum primary stability in D3-D4 bone.

Rounded Apex

A smooth round apex shape ensures maximum protection of anatomical limits, specifically the maxillary sinus floor.

DXL SLA Surface

DXL SLA Surface

DXL implants feature an SLA surface created through sandblasting and acid-etching processes. The resulting micro-rough surface increases the effective implant surface area and supports the development of bone-to-implant contact and osseointegration during the healing process.

DXL implants can be used with one-stage or two-stage surgical protocols, depending on the clinician’s assessment, bone quality and individual treatment plan.

Osseointegration Support

The micro-rough SLA surface supports the biological interaction between the implant surface and the surrounding bone during healing.

Clinical Flexibility

DXL implants are suitable for different surgical protocols according to the clinical situation and treatment plan.

Grade 4 Titanium

DXL implants are manufactured from Grade 4 commercially pure titanium in accordance with ISO 5832-2.

SLA Micro-structured Titanium Surface Representation
Representation of a micro-rough SLA implant surface

Why DXL Implant Systems?

This is where the dental implantology future is forged. Since 2019, DXL Medical has been advancing in Europe, the Middle East, and Africa with tried & proven solutions.

Designing the Future

DXL Medical utilizes all opportunities provided by modern technology and determines the trends of future dental implantology with focused investments in product development. "In our vision, the best way to foresee the future is to design it!"

Breaking Limits

We continue to provide innovative and economic surgical solutions in national and international implantology markets. "We are not here to create limits – we are here to break limits!"

Patients & Practitioners (PAP)

DXL Medical strives to maintain the highest comfort level for both practitioners and patients (PAP) by providing on & after sales services which simplify the workflow and analyze clinical results.

Tried & Proven Quality

DXL Medical's tried & proven dental implant systems (DISS) are benchmarks in product quality, value-for-money, and advanced applied technology.

Restoration Workflow Simulator

Walk through the digital surgical-to-prosthetic protocol of the DXL Smart™ Implant System.

1 Planning
2 Osteotomy
3 Insertion
4 Osseointegration
5 Restoration

Step 1: CBCT Diagnostic & Guide Planning

Establish the precise anatomical situation using high-resolution cone beam computer tomography. Design the surgical guide in CAD software, selecting appropriate platform switching height for optimal soft tissue development.

CAD/CAM Digital Design
0.1 mm Accuracy Limit
Dental implant surgical diagnostic planning stage illustration

Accelerate Your Clinic's Capabilities

Become a clinical partner of DXL Implant or apply for international distributorship. Fill in the form and an account manager will reach out within 24 hours.

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