Dentis USA

We're excited to return to Becker’s Future of Dentistry Roundtable this September in Chicago.

The event brings together influential voices from across the dental industry to explore innovation, leadership, patient care, and the future of the profession.

We look forward to connecting with fellow attendees, exchanging ideas, and contributing to conversations that help shape what's next for dentistry.

We're heading to the Bay Dental Expo this August.

Come find us at Booths 222 & 224 to connect with the Dentis USA team, explore our latest solutions, and take advantage of exclusive event-only promotions.

Enter our raffle for a chance to win exciting prizes and discover what's new in implant dentistry, digital workflows, and clinical innovation.

See you in Santa Clara.

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Primary stability is influenced by how the implant engages bone during insertion.

AXEL’s Variable Thread Design incorporates a gradual increase in thread thickness from apex to coronal region, encouraging controlled bone condensation as the implant advances.

This progressive geometry helps maintain consistent engagement and supports a more controlled and predictable placement experience across a range of clinical situations.

A design focused on control from start to finish.

Long-term implant success depends on more than primary stability alone.

That's why AXEL incorporates a 0.5 mm Reversed Conical Neck Design intended to facilitate stable bone formation around the implant neck.

By supporting a favorable environment for bone preservation and growth, the design helps promote long-term stability where it matters most.

Designed for bone preservation.

A subtle design feature that can make a meaningful difference over time.

The first few millimeters of implant placement can influence the entire insertion experience.

That's why AXEL features a tapered and narrow apex designed to promote smooth initial entry into the osteotomy and enhance fixation during placement.

By improving guidance and engagement from the start, the design supports a more controlled and predictable insertion process.

Confidence from the first turn.

Small design detail.
Meaningful surgical impact.

Long-term implant success is closely linked to how well functional loads are managed during restoration.

AXEL’s Enhanced Upper Body is designed with a reinforced coronal structure that helps improve resistance to functional stress and supports more balanced force distribution under load.

In testing, AXEL demonstrated up to 15% improved stress distribution, contributing to a more favorable biomechanical environment during function.

Built for strength.
Refined for stability.
Designed for performance where it matters most.

In immediate placement cases, achieving sufficient engagement beyond the extraction socket is often key to long-term success.

That's why AXEL incorporates a Drive Thread™ design featuring four deep apical threads engineered to enhance bone engagement and support primary stability, especially within the critical 3–5 mm beyond the extraction socket.

Focused where stability matters most.

Small design detail.
Meaningful clinical impact.

136% Increased Bone-to-Implant Contact

AXEL is designed to promote a stronger bone-to-implant interface, supporting more active biological interaction at the surface during the healing phase.

This increased bone engagement contributes to favorable conditions for early stability and predictable osseointegration, helping establish a reliable foundation from placement through restoration.

Built for consistency when clinical outcomes matter most.

In implant placement, efficiency is often defined by how much progress is achieved with each rotation.

Thread geometry plays a key role in how force is converted into forward movement during insertion, directly influencing surgical flow and depth control.

That’s why AXEL features a DOUBLE THREAD design, engineered to increase progression per rotation while maintaining smooth, controlled insertion from start to final depth.

Fewer turns. More efficient progress. Consistent control.

Small design detail.
Meaningful impact in placement efficiency.