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JDOcta WN Ø 5.0 L 10 OC50100

JDOCTA DESIGN JDOcta dental implant is designed for the one-stage surgery, that simplifies the treatment, reducing the chair time and

JDOcta WN Ø 5.0 L 11.5 OC50115

JDOCTA DESIGN JDOcta dental implant is designed for the one-stage surgery, that simplifies the treatment, reducing the chair time and

JDOcta WN Ø 5.0 L 8 OC50080

JDOCTA DESIGN JDOcta dental implant is designed for the one-stage surgery, that simplifies the treatment, reducing the chair time and

JDPterygo Ø 3.3 L 13 PT40130S:

A MINIMALLY INVASIVE APPROACH The JDPterygo Ø 4mm implant is manufactured in titanium grade 4, with a 3.5mm anodised implant

JDPterygo Ø 3.3 L 15 PT40150S:

A MINIMALLY INVASIVE APPROACH The JDPterygo Ø 4mm implant is manufactured in titanium grade 4, with a 3.5mm anodised implant

JDPterygo Ø 3.3 L 18 PT40180S:

A MINIMALLY INVASIVE APPROACH The JDPterygo Ø 4mm implant is manufactured in titanium grade 4, with a 3.5mm anodised implant

JDPterygo Ø 3.3 L 20 PT40200S:

A MINIMALLY INVASIVE APPROACH The JDPterygo Ø 4mm implant is manufactured in titanium grade 4, with a 3.5mm anodised implant

JDPterygo Ø 4.0 L 13 PT40130:

A MINIMALLY INVASIVE APPROACH The JDPterygo Ø 4mm implant is manufactured in titanium grade 4, with a 3.5mm anodised implant

JDPterygo Ø 4.0 L 15 PT40150:

A MINIMALLY INVASIVE APPROACH The JDPterygo Ø 4mm implant is manufactured in titanium grade 4, with a 3.5mm anodised implant

JDPterygo Ø 4.0 L 18 PT40180:

A MINIMALLY INVASIVE APPROACH The JDPterygo Ø 4mm implant is manufactured in titanium grade 4, with a 3.5mm anodised implant

JDPterygo Ø 4.0 L 20 PT40200:

A MINIMALLY INVASIVE APPROACH The JDPterygo Ø 4mm implant is manufactured in titanium grade 4, with a 3.5mm anodised implant

JDZygoma Ø 3.9 L 30 ZY39300:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 3.9 L 32.5 ZY39325:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 3.9 L 35 ZY39350:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 3.9 L 37.5 ZY39375:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 3.9 L 40 ZY39400:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 3.9 L 42.5 ZY39425:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 3.9 L 45 ZY39450:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 3.9 L 47.5 ZY39475:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 3.9 L 50 ZY39500:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 3.9 L 52.5 ZY39525:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 3.9 L 55 ZY39550:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 3.9 L 57.5 ZY39575:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 3.9 L 60 ZY39600:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 4.3 L 30 ZY43300:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 4.3 L 35 ZY43350:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 4.3 L 37.5 ZY43375:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 4.3 L 40 ZY43400:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 4.3 L 42.5 ZY43425:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the

JDZygoma Ø 4.3 L 45 ZY43450:

Titanium Grade 4 High primary stability for the immediate funcion Thanks to the multi-cortical anchorage and the design of the